modern-energy

Carbon Monoxide Safety Guide: Symptoms, Prevention & Protection Tips

Tue, 04 Nov 2025 15:14:29 GMT

What is Carbon Monoxide?

Carbon monoxide (CO) is a gas molecule made up of one carbon atom and one oxygen atom. Carbon monoxide is an odorless and tasteless gas that is harmful to humans in high concentrations. It is generally produced through the incomplete combustion of carbon-containing materials.

We encounter small amounts of carbon monoxide daily, which are typically harmless. However, if you breathe enough carbon monoxide, you can get something called carbon monoxide poisoning .

How Is Carbon Monoxide Produced?

Anything where carbon burns but does not completely oxidize into carbon dioxide can create carbon monoxide. Here are some examples of common household products that can create carbon monoxide:

Natural gas furnaces and water heaters
Gas stoves
Space heaters
Camping stoves
Car exhaust
Fireplaces
Charcoal grills
RV generators

The risk of these products producing dangerous levels of carbon monoxide increases if they are not installed properly or not used for their intended purpose.

How Dangerous Is Carbon Monoxide?

Over 100,000 people seek emergency treatment each year for carbon monoxide poisoning, with 14,000 requiring hospitalization. Over 600 people died from accidental carbon monoxide poisoning in 2022.

Accidental deaths from carbon monoxide poisoning have been on the rise since 2012 . This sounds scary, but if you take the right precautions and recognize the symptoms, you can significantly reduce your risk .

Statistics provided by USAFacts.org.

What are the Symptoms of Carbon Monoxide Poisoning?

Carbon monoxide poisoning symptoms often mimic common illnesses like the flu. If you suspect that you or a family member has carbon monoxide poisoning, consider whether you were near carbon monoxide sources such as a malfunctioning furnace or a running car in an enclosed space.

Young children and the elderly are at a higher risk than a healthy adult.

Early Symptoms:

Dizziness
Flushing of the face and neck
Headaches
Nausea
Muscle pain

Severe Symptoms:

Confusion
Vomiting
Movement problems
Breathing problems
Death

If you suspect that you or a family member has carbon monoxide poisoning, exercise caution and seek emergency medical attention immediately. The process of diagnosing carbon monoxide poisoning is done through a blood test. A common treatment is breathing pure oxygen.

How Can I Protect My Family from Carbon Monoxide?

1. Install Carbon Monoxide Detectors

The best thing you can do is have a working and tested carbon monoxide detector . While carbon monoxide is undetectable by human senses, detectors can identify it, and an alarm will go off if it reaches unsafe levels.

If the alarm goes off, immediately evacuate yourself, your family, and any pets. Then call the fire department and they will test the levels of carbon monoxide and let you know when it is safe to return.

2. Ensure Proper Ventilation

Make sure that areas around products that can produce carbon monoxide are well ventilated , especially gas stoves and similar items where the flame is visible. Carbon monoxide becomes dangerous at high concentrations. Proper ventilation dilutes the gas , preventing it from reaching harmful levels.

3. Schedule Regular Maintenance

Regular maintenance and inspections of these appliances are important, especially as they age . For example, a natural gas furnace lasts about 15 years and the older it gets, the more likely a problem will form that could be dangerous.

4. Consider Safer Alternatives

You can also start looking into replacements for certain items that switch the fuel to make them safer. For example, replacing a natural gas furnace with an electric heat pump provides the same heating function while also offering air conditioning and eliminating carbon monoxide risk .

We at Modern Energy hope this information helps keep you and your family safe.

How to Choose a Reliable HVAC Contractor: 6 Essential Criteria

Fri, 31 Oct 2025 17:15:15 GMT

Having a good and trustworthy Heating, Ventilation, and Air Conditioning (HVAC) company is an important part of owning a home. Your home is supposed to be safe and comfortable, and making sure that your heating is operating correctly and efficiently is a key part of that comfort. However, finding a company to do this job can be daunting, so let this guide point you in the right direction.

1. Ask Friends for Recommendations

Personal recommendations from friends are an excellent way to start building a list of potential HVAC companies.
Friends can provide trusted opinions about which companies to consider or avoid, and you can ask follow-up questions about their experience.

2. Verify Active Home Improvement Contractor License

Each state has its own rules for this.
To find yours, Google "Home improvement contractor license" and then your state, and look for a web address that ends in .gov.
The point of this license is to show that you are a reputable business and so it is easier for the state to track and take action against any attempted scam.
In Massachusetts, the license lasts for two years before it must be renewed.

Verify a Massachusetts contractor: Home Improvement Contractor License Lookup

3. Look for In-House Installation Crews

An in-house installation crew is a fancy way of saying that the company that sells you the heating or cooling unit is also the one installing and checking on the system.
You don't want to be juggling several different companies to keep your unit in working condition.

4. Ensure In-House Electricians

Similar to installation crews, having in-house electricians ensures coordinated service for your system's electrical components.
All modern heating and cooling systems are advanced pieces of technology, so having experts all working together will result in better service and an easier time for you.

5. On the Mass Save Approved Contractors List

Mass Save is a program created by the Inflation Reduction Act that helps improve the heating and cooling industry by offering rebates on environmentally friendly systems.
In addition, they also created and tracked their own list of contractors who are experts in the HVAC industry.

Find approved contractors: Mass Save Contractor Directory

Current Rebate Information (2025)

State Rebates (Mass Save):

Range from $10,000 to 100% off the system cost depending on income eligibility
Income-eligible households: Up to $10,000
Moderate-income households: Up to 100% coverage of system costs

Federal Rebates:

Additional $2,000 federal tax credit on heat pump installations through the Inflation Reduction Act.
For more information on these rebates, check out our other blog posts that break down the details and how to claim these generous rebates. You can also visit the Mass Save Rebates page for complete details.

6. Check Google Reviews and the Better Business Bureau

While online reviews cannot always be trusted, they can still be very helpful.
Look through all of the reviews and look for overlapping complaints or compliments and consider your own life.
If you are forgetful or annoyed by phone calls then maybe avoid a company that has consistent complaints about customer service.

Check reviews on:

Next Steps

Begin researching and compiling a list of potential contractors.
But if you want an easier time, consider giving Modern Energy a call.
Modern Energy has employees with an active home improvement contractor license, in-house installers and electricians, is approved by Mass Save, and Modern Energy reviews average five stars across all review platforms.

For less stress, call Modern Energy: (508) 449-0449

Signs Your Heating System Needs Replacement

Mon, 20 Oct 2025 14:58:46 GMT

A working heater is required for comfortable living here in Massachusetts , but how do you know when your heating system needs maintenance or replacement ? Let us at Modern Energy share the answer to some common questions.

How Old is Too Old for a Heater?

Time is, of course, one of the main signs that you may need a new heating system. 15 years is the standard lifespan if it is well maintained. Some may need a new system as early as 10 years or as late as 25 years. Having an older system isn't necessarily a problem, but keep a close eye out for any problems with the unit if it's past 15 years. This is also the standard regardless of the type of heating system. Whether it is a classic oil furnace , a heat pump , or something else, 15 years is about how long it will last.

Why Does My Furnace Keep Breaking?

If you are constantly having repairmen come and take a look at your heating system, that's a pretty obvious sign, but how often is too often? A once-a-year checkup is standard , so if you are having people repair your furnace two, three, or four times a year, strongly consider an upgrade.

Why Are My Heating Bills Higher Than Normal?

When heating systems begin to break, they have to use more fuel to keep the temperature stable in your home. This will often take the form of your heating bill slowly rising from year to year, even if the weather isn't getting colder year to year.

Why is My House Colder than I Set it to?

As heating systems get older, they can start to struggle to circulate air properly throughout the home. This creates hot and cold spots throughout the house. Another possible cause for this issue is that the system just cannot get hot enough to effectively heat a home. Both of these are signs that you should look into getting a replacement or repair.

Why Is My Furnace Making Noise?

What sounds are normal for a furnace? Furnaces normally make a gentle hum or a low rumble , but when they are starting to break, they often get louder and develop a buzzing or clanking sound . This is true for all heating systems, but it does seem more common with a furnace.

Why Does My Heater Smell Weird?

As heating systems start to break down, this can lead to inconsistent temperatures and operation . This can cause the internal components to overheat and they can give off a bad smell. If your heater smells bad, without any other explanation, you should look into getting it replaced or repaired.

Why Is My Furnace Leaking Water?

There are many reasons, but the common ones are: a broken pressure valve , a corroded tank , and sediment buildup . Some of these can be easily fixed. While leaking water is never good, if you have none of the other factors on this list, you may be fine. Regardless, if your heating system is leaking water, you should call an HVAC professional .

Can I Wait to Replace My Heater?

While you may be able to get a few more years out of a dying heating system, it leads to risks. In addition to high costs and a less comfortable home, it also increases the chances of a fire starting or you or a loved one contracting carbon monoxide poisoning . If you have doubt in your heater, you should get it replaced.

How Do I Replace My Heater?

Now is an excellent time to look into a new heating system. Currently, MassSave and the federal government have substantial rebates and tax credits for various environmentally friendly heating systems. For more information on the savings available, call Modern Energy at (508) 449-0449.

Modern Energy has been in the HVAC industry for years and has become one of the leaders in Massachusetts. Let us use our expertise to help you and your family.

5 Signs You Need a New Furnace in Massachusetts

Mon, 08 Sep 2025 14:49:14 GMT

A furnace is required for a comfortable living here in Massachusetts, but how do I know when mine needs maintenance or replacing? How would I even go about replacing a furnace? Is there anything better? These are all common questions. Let Modern Energy show you these five key signs to watch out for.

How Old is Too Old for a Furnace?

Time is of course one of the main signs that you may need a new furnace. 15-20 years is the standard amount of time that a furnace lasts if it is well maintained.
Some may need replacement as early as 10 years or as late as 25 years. Having an older furnace isn't necessarily a problem but keep a close eye out for any problems with the unit if it's past 15 years.

Why are My Heating Bills Higher than Normal?

When furnaces begin to break, they have to use more fuel to keep the temperature stable in your home. This will often take the form of your heating bill slowly rising from year to year , even if the weather isn't getting colder year to year.
Another common cause of this, which is not connected to a furnace, is improper insulation . If your home cannot keep the heated air in, then the furnace will have to work harder to increase the temperature, regardless of its health.
Luckily, MassSave exists . MassSave is a program that is trying to make Massachusetts more energy efficient by offering up to 100% insulation installations and massive rebates on other technologies with the same goal. If you have any questions on MassSave rebates, give Modern Energy a call.

Why is My House Colder than I Set it to?

As furnaces get older, they can start to struggle to circulate the air properly throughout the home. This creates hot and cold spots throughout the house .
Another possible cause for this issue is that the furnace just cannot get hot enough to effectively heat a home. Both of these are signs that you should look for a replacement or repair.

Why is My Furnace Making Noise?

First, what noise should a furnace make? Furnaces normally make a gentle hum or a low rumble, but when they are starting to break, they often get louder and have a buzzing or clanking sound with it.
Additionally, if your furnace has a weird smell , that is a sign you could need a new furnace.

Why Does My Furnace Keep Breaking?

If you are constantly having repairmen come and take a look at your furnace, that's an obvious sign, but how often is too often?
A once-a-year checkup is standard , so if you are having people repair your furnace two, three, or four times a year, strongly consider an upgrade.

Is there a Better Option than a Furnace?

Furnaces are what a lot of people are used to, but they are also old technology. They still work, but there are a lot of risks associated with them, such as increased chances of fire and carbon monoxide poisoning .
But there is an alternative: a heat pump . In case you're asking what that is, a Heat Pump is an all-in-one heating and cooling unit that runs on electricity.
It's safer, often cheaper to operate , has less environmental impact , and currently has massive rebates on installations provided by MassSave and the Federal Government.

For more information on heat pumps and the massive savings available, call Modern Energy at 508-449-0449 or check out more blogs on our website. Modern Energy has been in the HVAC industry for years and has become one of the leaders in Massachusetts. Let us use our expertise to help you and your family.

Mitsubishi vs LG Hyper Heat Mini-Splits

Wed, 13 Aug 2025 20:49:54 GMT

Comparison of Mitsubishi and LG Heat Pump Systems

Mitsubishi and LG both have many good systems. This blog will cover the Mitsubishi outdoor model # MUZ-FX09NLHZ and the indoor model # MSZ-FX09NL, and the LG outdoor model # KUSAL091A and indoor model # KNSAL091A by looking at measured data to see which system is more powerful.

Why Are Indoor and Outdoor Heat Pump Models Listed Separately?

They are very different machines that are designed to work as one system. The split is to assist in repair and installation. It's easier to replace just half a system than having to get a whole system to just use half. But both are required for the system to work, so it can initially seem a bit confusing if you’re not used to heat pump sales.

What is SEER2?

SEER stands for Seasonal Energy Efficiency Ratio. It measures the efficiency of an air conditioning system. The higher the number, the more efficient, with a general rating for a good system being above 15. The HVAC industry switched mainly to SEER2 because it has stricter testing conditions and tests more things such as air pressure changes and airflow resistance. However, both SEER and SEER2 test for the same thing .

SEER2 Comparison For #MUZ-FX09NLHZ/#MSZ-FX09NL and #KUSAL091A/#KNSAL091A

The SEER2 score for the Mitsubishi system # MUZ-FX09NLHZ and # MSZ-FX09NL is 33.1, meaning that this is a very efficient air conditioning system. The LG system # KUSAL091A and # KNSAL091A compares similarly with a score of 27. Both of these systems are highly efficient and the difference when you start getting that high becomes harder for the average person to notice.

What is HSPF2?

HSPF stands for Heating Seasonal Performance Factor. It measures the efficiency of a heating system . HSPF is essentially the heating equivalent of SEER, but a good HSPF score is 8 and above. People who live in colder climates may want to try to find systems with a score above 10. HSPF moved to HSPF2 for the same reasons that SEER moved to SEER2.

HSPF2 Comparison For #MUZ-FX09NLHZ/#MSZ-FX09NL and #KUSAL091A/#KNSAL091A

The HSPF2 score for the Mitsubishi system # MUZ-FX09NLHZ and # MSZ-FX09NL is 13.3, meaning that this is a very efficient air conditioning system. The LG system # KUSAL091A and # KNSAL091A does slightly better with a score of 13.5. Both of these systems are highly efficient and it would be very difficult for a person to tell the difference in their heating ability.

What Type of Refrigerant Do #MUZ-FX09NLHZ/#MSZ-FX09NL and #KUSAL091A/#KNSAL091A Use?

The Mitsubishi system uses R-454B while the LG system uses R-32. In terms of refrigerant, both perform well. The difference between them comes from their environmental cost . R-32 was invented to help combat the growing hole in the ozone layer, and it was successful. R-454B was invented more recently to help combat climate change as refrigerants can contain some of the most potent greenhouse gasses.

As part of the Inflation Reduction Act, the phase out of several types of refrigerants was started for environmental concerns. R-32 is not currently being phased out, but it could be in a few years. Because of this, the Mitsubishi System is better in terms of refrigerant.

What is the Max BTU Heating Output and Cooling Capacity For #MUZ-FX09NLHZ/#MSZ-FX09NL and #KUSAL091A/#KNSAL091A?

BTU/h stands for British Thermal Units per hour, it shows how much heat is removed or introduced to a home. Essentially it shows how powerful the system is, with a higher number being more powerful. These tests are generally done at specific temperatures so they can be compared between systems.

The max heat capacity, which is measured where the outside air is 5℉ and the inside is heated to 70℉. The BTU is measured at 14,700BTU/h for the Mitsubishi system and 12,000BTU/h for the LG system. The Mitsubishi system is more powerful in this temperature range.

The rated heating capacity is measured with the outside air being 47℉ and the indoor temperature raised to 70℉. This measured at 12,000BTU/h for the Mitsubishi system and 11,000BTU/h for the LG system. The Mitsubishi system is more powerful in this temperature range.

The rated cooling capacity tests for how powerful the system works as an air conditioner, it is measured where the outside temperature is 95℉ and is cooled inside to 80℉. This measured at 9,000BTU/h for both the Mitsubishi system and the LG system.

Overall

The Mitsubishi outdoor model # MUZ-FX09NLHZ and indoor model # MSZ-FX09NL, or the LG outdoor model # KUSAL091A and indoor model # KNSAL091A, are both very solid heat pumps that can get the job done. The Mitsubishi system is slightly more powerful and environmentally friendly, but you may have noticed that this blog has not mentioned cost yet. Because of how heat pumps are distributed and the recent tariffs, combined with the massive range in installation costs, giving accurate numbers is almost impossible. However, LG systems tend to be moderately cheaper than Mitsubishi systems. However, there are state run programs that can help cover the cost in some states. Residents in Massachusetts are lucky to have a program known as Mass Save, which offers rebates of up to 100% off depending on your personal finances. Feel free to call Modern Energy at 508-449-0449 with any questions from how heat pumps work to specifics about rebates. We have become a trusted source in the HVAC community and we work closely with Mass Save to help get you the best rebate available. Let us use our expertise to help you and your family!

What To Expect During A Heat Pump Installation [2025]

Fri, 25 Jul 2025 18:50:09 GMT

Everything to know before you start your installation.

Heat pumps are efficient air conditioning and heating systems that are cost-effective to run, environmentally friendly, and offer a safe alternative to traditional HVAC systems. While many articles explain the benefits of heat pumps, few walk you through what it’s actually like to have one installed. At Modern Energy, we’re here to pull back the curtain and guide you through the process.

Beginning the Process

As with any HVAC system, the process starts by contacting an installer or supplier to determine the best product for your home. This typically involves discussing your home’s layout and your specific heating and cooling needs. For those in Massachusetts, your installer should also help you navigate the many available rebates and incentives.

Preliminary Check and Scheduling

This shorter visit allows a technician to assess your space and confirm that the system will be a good fit. Some may also inspect your insulation, as maintaining a comfortable temperature depends on more than just the equipment itself. Scheduling the installation may happen during this visit or over the phone, depending on the company.

Timing can vary by season: if you schedule between January and March, installation is typically about a month out. Between April and June, it may take up to three months, depending on demand in your area.

Installation Steps

When your installation date arrives, the process generally takes several days. We've broken it down into eight key steps. While most follow this general sequence, some steps may happen concurrently depending on the crew and home layout.

1. Preparation and Walk-Through

Usually done ahead of the installation, this step familiarizes the installer with your home and determines if any special equipment is needed. This is especially important for ducted systems, which require a wider variety of parts compared to ductless mini-splits, which are more standardized.

2. Equipment Arrival

This marks the official start of installation. Your new system and equipment are delivered and brought to the installation site, such as an attic or basement.

3. Preliminary Electrical and Duct Work

The team begins prepping the space—cutting supply registers, prepping ductwork, and drilling for refrigerant and condensate lines. This stage can involve several technicians working in different areas of the home.

4. Connecting Refrigerant to the Air Handler

The indoor air handler is mounted inside your home. Refrigerant lines, the condensate drain, and electrical connections are run between the air handler and the mini-split system. These are not yet connected to the outdoor condenser at this stage.

5. Final Ductwork

The duct system is completed and connected to the heat pump. If necessary, old ducts are replaced with new ones.

6. Outdoor Condenser and Final Electrical Work

The outdoor condenser is securely mounted—typically on the side of your home to reduce the chance of debris buildup. The electrical and refrigerant connections are completed, and all lines are properly covered or concealed.

7. Testing and Quality Checks

The system is now ready for operation. This step ensures everything is functioning properly. One key test is the pressure decay test, which checks for refrigerant leaks. Running the system for several hours—or overnight—helps confirm that everything is operating as intended.

8. Clean-Up

Once testing is complete, the crew gathers their tools and performs a final walk-through. At this point, your heat pump is fully installed and ready to go!

Installation Timeline

These estimates are based on a three-person crew working in good weather conditions:

Ductwork, drilling, and line prep : ~3 days
Heat pump installation : ~1 day
System testing and calibration : ~½ day (or up to 2 days if needed)

In total, expect the installation to take about five days . Timelines may vary due to crew size, weather conditions, or equipment specifics. For the smoothest experience, we recommend scheduling in mid-spring or mid-fall, when mild temperatures make it easier to go without heating or cooling during installation.

Where to Start?

The best place to begin is by considering whether your current HVAC system meets your needs. If you’re ready for a change, start researching and contacting trusted companies. At Modern Energy, we’ve helped countless homeowners through this process and are happy to answer your questions.

Heat pumps are a significant investment, and we want you to feel informed and confident. Reach out to us at 508-449-0449 for assistance at any stage.

Best Cold Climate Heat Pumps for 2025

Mon, 23 Jun 2025 14:40:00 GMT

As we approach the end of 2025, now is an excellent time to look into a new heat pump system so it can be installed between the necessary heating of winter and the air conditioning of summer. Massachusetts still has massive rebates available for all types of homes and families, but these won't last much longer as they are starting to be phased out over the next few years.

But this post isn't about rebates, it's about the pros and cons of the most popular cold climate heat pumps . All of these brands offer heat pumps that are designed for cold climates, and so this will mostly cover the other differences between the various brands. This list is not ranked.

What is a Cold Climate Heat Pump?

Heat pump systems did not work below freezing when they were first invented. Mitsubishi was the first brand to crack the problem and ever since, many other brands have followed. Most models have a minimum temperature that is now around -15 degrees Fahrenheit . Heat pumps that can work below freezing are called cold climate heat pumps . If it drops below the minimum, the system will just work sub optimally, not break.

Mitsubishi

Pros

Many models that range from small single room systems to large systems designed for the whole home
All systems meet Energy Star requirements
Works at 100% efficiency up to -15 degrees , and can function into the -30's
Offers warranty coverage of 5-12 years for all models
Reputation of being very reliable
Widely available
Some of the quietest heat pumps on the market

Cons

Customer service can have long wait times

Fujitsu

Pros

Models range from small single room systems to large systems designed for the whole home
Most systems meet Energy Star requirements
Has continued to push the efficiency window down to -17 degrees
Offer ducted, ductless, whole home, and mini split systems
Offer 2-12 year warranty with some exclusions for certain systems
Reputation of being very reliable
Widely available

Cons

To get a labor warranty , the system has to be installed by a company that Fujitsu approves of. Depending on your area this can be a hassle. This can lead to high costs if there is a problem

Bryant

Pros

Models range from small single room systems to large systems designed for the whole home
Very reliable systems and several meet Energy Star requirements
Newer models are especially quiet
Very efficient systems
Widely available
Reputation of being very reliable

Cons

Bryant used to have the most efficient systems, but in the last five years, several other brands have caught up
Offers up to a 10 year warranty , which is less than others
While in the mid range of price, systems tend to cost more than the equivalent made by some other brands

Carrier

Pros

Carrier is the sister company to Bryant . Several heat pumps are identical between the two brands and are made out of the same parts and often in the same factories. There are a few that are unique to each company, with Bryant making some more affordable models and Carrier making some higher end.

Models range from small single room systems to large systems designed for the whole home
Very reliable systems and several meet Energy Star requirements
Newer models are especially quiet
Very efficient systems
Widely available
Reputation of being very reliable

Cons

Has some of the highest prices in the industry
Warranties are not as comprehensive as other competitors

LG

Pros

Models range from small single room systems to large systems designed for the whole home
Several systems meet Energy Star requirements
Very efficient systems
Widely available
Reputation of being reliable
Because LG has no certified contractors , it can be significantly easier to find an installer/repairman in less populated areas
Cheaper price compared to equivalent systems
Systems tend to be smaller than equivalent systems

Cons

It is confirmed to work down to -13 degrees on specific systems but most systems go down to around 0
While the reliability is good, they do not have the same reputation as other brands
Offers up to a 10 year warranty , which is less than others

Gree

Pros

Models range from small single room systems to large systems designed for the whole home
Some systems meet Energy Star requirements
Widely available
Because Gree has no certified contractors , it can be significantly easier to find an installer/repairman in less populated areas. Especially because the Gree heat pumps are designed to be easy to install
Cheaper price compared to equivalent systems

Cons

A newer company that has not had time to gain a reputation for reliability, and there are questions about the reliability of their systems. However, this company is a current rising star in the industry
Lower energy efficiency compared to other brands
Certain dealers can get a warranty for up to 10 years. The standard warranty is 6 years but it does include labor costs

Midea

Pros

Models range from small single room systems to large systems designed for the whole home
Several systems meet Energy Star requirements
Efficient systems
Reputation of being reliable
Cheaper price compared to equivalent systems
A long existing brand that recently started selling in the USA
12 year warranty if properly installed and registered with Midea

Cons

Midea systems tend to have less technology in them, such as a remote control thermostat app

Daikin

Pros

Models range from small single room systems to large systems designed for the whole home
Several systems meet Energy Star requirements
Very efficient systems
Widely available
Reputation of being very reliable
Warranty options that range from 5-12 years

Cons

Higher than average cost for similar systems
Homeowners with questions for the company can have trouble getting customer service as they can be rerouted to the installer instead
Certain systems are on the noisier end

Conclusion

This blog is just a collection of facts and popular opinions, not a ranked list. All of the manufacturers on this list make good products that could be perfect for your home . Hopefully, this list can just point you in the direction of the right heat pump system for your home and family .

If you have any questions or are interested in replacing your current heating or air conditioning system, call Modern Energy at (508) 449-0449 .

How to Make Your Heat Pump Last

Thu, 19 Jun 2025 18:51:01 GMT

How to Make Your Heat Pump Last

Heat Pumps, or any other HVAC system, is going to be one of the most expensive products within your Massachusetts home. With the high cost of a heater or air conditioner, with that high cost comes the obvious question, “How do I make my HVAC system last?” Luckily, we at Modern Energy have been working on Heat Pumps around Massachusetts for years, and are here to share some tips.

How Long Does a Heat Pump Last?

Generally, 12-15 years in Massachusetts. Massachusetts has harsh winters with snow and below freezing temperatures and while heat pumps work below freezing, it is still hard on the system. This number increases a little if you are further south but only by a year or two. Additionally, living near the ocean can decrease the lifespan of your system without yearly maintenance as the salt in the air can weaken the system. This salt can be cleaned out at a yearly cleaning and will not cause any long term problems.

Installation of a Heat Pump

Installation is arguably the most important factor in how long a heat pump will last. A bad installation sets your system up for failure and it could need to be replaced in just a few years. You can avoid this issue by using an installer that is certified and trusted. Ask friends, look online, or Google the company to see if they are certified with the state or any specific brands such as Fujitsu.

What to Expect During a Heat Pump Insulation

When your appointment comes, it will be an all day affair. However, for a single-zone system it should last only a single day unless there are complications. Multi-zone installations may take multiple days. The installation is split into four steps:

Preparation
Electrical and Duct Work
Installation
Calibration

Preparation is when the technician clears the space and gets all of the gear in order. This often involves moving boxes and potentially a previous HVAC system. Electrical and duct work is generally the most variable in terms of time. Some heat pumps are ductless and so no duct work is needed, and some houses have simple electrical plans while others are very complex. Next is when the indoor components of the heat pump system are brought into the house and are put together and set up, then the same for the outdoor components. Last, is when the technician takes some time to make sure the system is working and that there are no problems. Once the technician gives you the all clear, your new heat pump is ready to go!

How Can I Make My Heat Pump Last Longer?

Regular maintenance: Similar to your own body, your HVAC system should have a yearly check up just to make sure everything is running smoothly.
Clear Snow: The outdoor components should be built on blocks at least a foot off the ground, but if it snows over a foot, clear the snow around the system a bit. The snow can get sucked inside the system and make it work a lot harder to keep the desired temperature.
Don’t constantly change the temperature it is set to: The same way that constantly speeding up and slowing down a car uses more gas, constantly changing the desired temperature makes your heat pump use more electricity and puts more stress on the system. The goal should be to leave the thermostat alone as much as you can.
Get good insulation: Insulation keeps the air in your home inside. This allows your system to put in less work to keep your home at the desired temperature and will most likely keep your heat pump healthy for longer.

Signs You May Need a New Heat Pump

Age: If your system is pushing 20 years, it might be time to look into new options.
Needs Constant Repairs: If you are having a repairman over more than three times a year, that is a strong sign that you need a replacement. Repairs can quickly get very expensive and sometimes it is better to cut your losses.
Heating Bills Getting Higher: If your heating bills are increasing faster than the increase in electricity and the temperature is similar to the year before, this is a sign that your system is working harder than it should be to keep your house at the desired temperature.
Not Hitting The Target Temperature: This is obviously a sign that the system is breaking, it means the system is unable to keep up with the desired temperature. (If this happens once on an unusually warm or cold day, it is not necessarily a sign that the system needs to be replaced.)

Don’t be Afraid to Call

You deserve to be comfortable. You deserve to have your questions answered respectfully. These are very complex and very important pieces of technology that our homes rely on. Every HVAC system faces unique challenges and it can lead to worries. For a HVAC company that will never make you feel bad for asking questions, call Modern Energy or check out more blogs on our website.

8 Proven Ways to Save Money on Energy Bills This Winter

Mon, 12 May 2025 14:34:26 GMT

Everyone wants to save money, and energy bills can get outrageously high in winter . This is especially true with the holidays just around the corner and the unique spending habits of this time of year.

1. LED Light Bulbs

Making sure all the light bulbs in your home are energy-efficient models can help you save money. When shopping, look for the Energy Star logo .
Energy Star is a partnership between the Department of Energy and the Environmental Protection Agency to let consumers know what products are the most energy efficient.
Energy Star also tests other household appliances and it's a good thing to look out for when shopping.

2. Holiday Lights and Decorations

Everybody loves holiday lights as they are a time honored tradition. However, they can also be a money sink if you are using outdated lights. Modern holiday lights and other decorations can reduce a chunk of your electric bill .

3. Smart Power Strips

Most people these days use power strips and have a variety of devices and chargers plugged in at all times. Older power strips always have electricity running through them and this can really add up over the years.
Now, companies have started making smart power strips that can sense when things are not in use and thus don't provide them power. This is a moderately easy way to save as it just requires a trip to the hardware store.

4. Efficient Holiday Cooking

Holiday meals are another fun tradition that can increase your electric bill. For this it's simple advice like:

Checking that the oven is off when not in use
Not constantly opening the oven so it has to spend more effort to keep the temperature up
Not leaving the fridge open as you're trying to fit in all the leftovers

5. Programmable Thermostat

One of the best ways to save as the weather gets colder is to invest in a programmable thermostat that allows you to set a colder temperature when most of the family is at work. If you don't already have a programmable thermostat, MassSave is offering rebates and assistance on the price.
MassSave is a program in Massachusetts that is trying to make everyday homes more energy efficient. They also offer rebates on a variety of products such as Heat Pumps . Another factor is to make sure your window shades aren't drawn so more sunlight enters and naturally heats your home a bit.

6. Carpooling

When most people talk about energy savings, they think only about their electric bill. However, cutting down on gas usage can also do a lot for your wallet . Here are some ideas to help you save gas:

Ask your neighbor or friend to run to the grocery store with you so you only take one car
Try to run multiple errands when you run out for last minute ingredients
If you're making a short trip, grab a bigger coat and leave the heat off

7. Window Seals

As we head deeper into winter, this may be something to look into for next year, but good window seals are vital to keeping your home warm . If there are ways for cold air to get into your home, then your heater has to use more energy to keep your home at the desired temperature.
If you have one window that you know is a problem, you can always do it yourself with caulk. Another simple thing you can do is go and check to make sure all your windows are closed and locked.

8. Upgrade Your Heating System

The biggest way you can save money in winter is upgrading your heating system to a more efficient one. Especially if yours hasn't been replaced in the last 15 years, which is the expected life of most heating systems.
Right now is also an incredible time to be looking at a new heating system because of the new availability of Heat Pumps and the thousands of dollars in rebates that are given by the state of Massachusetts and the Federal Government.
 Upgrading your heating system can save you hundreds of dollars a year and decrease your home's risk of fire and other disasters. For more information on how to upgrade your heating system, call Modern Energy at (508) 449-0449 .

Heat Pumps vs. Oil [2025]

Wed, 02 Apr 2025 18:32:04 GMT

Which is Better: Heat Pump or Oil-Based Heating?

Heat pumps and oil furnaces are two of the most common heating systems in Massachusetts, and each comes with its own set of pros and cons. Both can do a great job of keeping your home warm through the winter. At Modern Energy, we want to share some helpful facts to make it easier for you to decide which system is the better fit for your home.

What is a Heat Pump?

If you’re not familiar with heat pumps, you're not alone. They’re a newer technology in the HVAC world. A heat pump is an all-in-one system that provides both heating and cooling using electricity. It has two main components: an indoor air handler and an outdoor condenser, which are connected by a refrigerant line. The refrigerant moves heat from one place to another, depending on the season. In the winter, it brings heat into your home; in the summer, it removes heat to keep things cool.

How Long Does a Heating System Last?

Both heat pumps and oil furnaces last about the same amount of time, typically around 15 years. With regular maintenance and proper care, some systems can last even longer. But after 15 years, it’s common for repairs to become costly enough that replacing the system makes more sense financially.

Are Heat Pumps Cheaper to Run Than Oil Heating?

In many cases, yes. Heat pumps are generally cheaper to operate than oil-based heating. Oil is one of the more expensive fuel options, even though it’s reliable due to the amount stored on-site. Heat pumps do cost more to install upfront, which can make the total cost feel similar in the short term. But because they run on electricity, often more stable in price than oil—the long-term savings can really add up. Heat pumps are also more efficient than electric baseboard or radiator systems and cost about the same to operate as natural gas heating.

Are Heat Pumps More Environmentally Friendly Than a Furnace?

Yes, they are. Heat pumps produce fewer greenhouse gas emissions than oil furnaces and carry fewer risks of environmental damage. Since they don’t burn fuel, there’s less chance of fire or carbon monoxide issues, making them a cleaner, safer choice for your home and the planet.

So, Which is Better?

Oil furnaces are still widely used and do their job well, but they rely on older technology and come with more safety and environmental risks. Heat pumps offer a modern alternative that’s safer, more efficient, and often more cost-effective to run. Plus, there are currently significant rebates and incentives available through Mass Save and federal programs that can reduce the cost of installation.

To learn more about whether a heat pump is right for your home, call Modern Energy at 508-449-0449 or check out more resources on our website. With years of experience serving Massachusetts homeowners, we’re here to help you make the best choice for your comfort and budget.

How HVAC Can Help Your Sleep

Tue, 18 Mar 2025 13:59:53 GMT

How HVAC Can Help Your Sleep

We have all had sleepless nights, but some have more than others. This post will share some tips and tricks we have collected to help you and your family get better sleep because of your heating and cooling system .

Maintenance if Required

This one may seem obvious, but if you are being awoken by clanks and bangs from your heating or air conditioning system, you should have someone come and check on your system. This is one of the clearest signs that something may be wrong.
Others are if there is a weird smell or if it is failing to keep the home at the desired temperature .
The odds of a system needing maintenance increases as it gets older, and almost all systems should be replaced every 15 years .

Temperature to Sleep

Humans tend to sleep best in a temperature range of 60-70 degrees Fahrenheit . Having a heating and cooling system that can keep this temperature steady, all night and all year, can be very helpful in improving sleep.
Research is currently being done to see if sleeping in even colder conditions is better. Colder environments tend to make people more sleepy as the body burns more energy to keep your internal temperature up. This could also mean that sleeping in the cold could help with weight loss by helping you burn more calories at rest.
Another thing that can aid in this is making sure your home is properly insulated . If you live in Massachusetts, a state-run program called Mass Save offers free or heavily discounted insulation as a way of working towards their goal of a greener tomorrow. If you spend less energy on heating and cooling your home, less fossil fuels are used to generate power.

Air Quality

Air that is full of dust can irritate the sinuses, and anyone can tell that it's no fun trying to sleep with a clogged nose. Poor air quality can also make colds and other illnesses feel worse because of that sinus irritation.
The easiest way to avoid this is to make sure you are replacing the heating filter regularly and keeping an eye on your system as it gets older. Dusting regularly can also help, but that's not HVAC related.

Some Extra, Non-HVAC, Ways to Improve Sleep

Limit caffeine intake in general, but especially after 2 p.m.
Relax for 30 minutes before bed without a screen. Activities like drawing, crocheting, or reading a physical book are all great ways to help you wind down
Close the blinds at night to block out light, but open them in the morning as sunlight helps our bodies wake up and feel awake
Get at least 20 minutes of exercise a day. Everything from intense lifting to a casual walk counts

What If I Want to Replace My HVAC System?

Now is an excellent time for Massachusetts residents to replace their HVAC system. Mass Save is a state run program that offers massive rebates on new Heat Pump systems . But this amazing opportunity given by MassSave won't last forever, especially as Heat Pumps become a stable part of the HVAC market.
We at Modern Energy can help with everything from understanding the rebates to replacing and installing your new system. Call us soon if you want a new system in time for summer as our calendar is starting to fill up!
If you wish to know more about the specifics of the Heat Pumps available for your home, check out other articles on our page. We have informational articles covering topics from how Heat Pumps work to breakdowns of the different models available, such as Fujitsu, Mitsubishi, and Goodman .
Let us use our expertise to help you and your family. Call Modern Energy at (508)-449-0449 for help with any part of this process.

Common HVAC Terms Explained | Massachusetts Heating & Cooling Guide

Tue, 11 Feb 2025 15:26:40 GMT

If you are one of the many Massachusetts residents who are currently looking into a new heating system, you may come across some terms that you don't know. Don't worry! This is common as people within this community sometimes forget that most people don't know what these terms mean.

What Does HVAC Stand For?

Let's start with the basics: HVAC stands for Heating, Ventilation, and Air Conditioning . HVAC is an abbreviation that is often used in companies that deal with installation and repair of both heating and cooling systems.

What Does HVAC-R Stand For?

HVAC-R is the same as above but the R stands for Refrigeration . If a company includes HVAC-R, it means they also deal with refrigeration systems and commercial refrigeration equipment.

What Does BTU Stand For?

BTU stands for British Thermal Unit . A BTU measures the amount of energy needed to heat or cool 1 pound of water by 1 degree Fahrenheit, depending on if the goal is heating or cooling. The higher the BTU , the more effective the system is at providing the desired temperature in a space quickly. However, if the BTU is too high it can create humidity problems and wear out the system faster. There are calculators online that can assist in finding the right BTU balance for your home.

What Does CoP Stand For?

CoP stands for Coefficient of Performance . CoP measures the amount of heating or cooling in relation to how much energy is put in. This is similar to BTU, but CoP specifically measures the ratio of useful heating or cooling output to the energy input required. A higher CoP means a more efficient system .

What Does SEER Stand For?

SEER stands for Seasonal Energy Efficiency Ratio . It measures how much energy an air conditioning or heat pump system uses to reach the desired temperature annually. A higher SEER value means a more efficient, and thus cheaper, system.

What Does HSPF Stand For?

HSPF stands for Heating Seasonal Performance Factor . Heating Seasonal Performance Factor is the measurement of the efficiency of a heating or Heat Pump system. It is essentially the heating version of SEER. The higher the HSPF value , the more efficient the system .

What Does CCHP Stand For?

CCHP stands for Cold Climate Heat Pump . This is standard in Massachusetts but is still a good thing to check. Cold climate Heat Pumps can operate down to temperatures of -13 to -15 degrees Fahrenheit depending on the make and model of the system.

What Does IRA Stand For?

IRA , in an HVAC setting, stands for Inflation Reduction Act . The Inflation Reduction Act was passed in 2022 and had a variety of effects. One of those was the creation of massive rebates on Heat Pumps and other forms of renewable heating and cooling.

What Does DOE Stand For?

DOE stands for Department of Energy . The Department of Energy generally helps make energy use more efficient and creates standards for appliances.

What Does EPA Stand For?

EPA stands for Environmental Protection Agency . The Environmental Protection Agency enforces rules and regulations regarding pollution and chemicals involved in HVAC.

What Does kW Stand For?

kW stands for Kilowatt . A kilowatt is simply a unit for measuring electricity.

What Does kWh Stand For?

kWh stands for Kilowatt hour . This is a way of saying how much energy is used if you leave a device on for an hour. kWh is often used in pricing.

What is an Energy Star Rating?

Energy Star is a program run by the EPA in partnership with the DOE to encourage energy efficiency in the American market. They provide information on products and home improvement, run tests, and set industry standards. Approximately 40% of Fortune 500 companies partner with Energy Star.

What is a Ducted Heat Pump?

A ducted Heat Pump is a Heat Pump System that is attached to an already existing duct system within a home. They are often cheaper to install but less efficient to run.

What is a Ductless Heat Pump?

A ductless Heat Pump is a Heat Pump System that is directly connected into the walls and has multiple smaller units spread throughout a home. They often have higher upfront costs but are more efficient to run . A ductless Heat Pump can also be called a Mini-Split Heat Pump .

What If I Have More Questions?

Feel free to call Modern Energy at (508) 449-0449 and we will be happy to assist you with our expertise in the HVAC industry. You can also look around our website for other posts where we go over several of these topics in more depth, such as Ducted vs Ductless Heat Pumps and more specific information on the rebates given by the Inflation Reduction Act in Massachusetts.

HVAC Safety Hazards: Prevention Tips & Warning Signs

Mon, 06 Jan 2025 04:56:25 GMT

Hazards From Your HVAC System

As with everything in life, there are risks when you own a heating or air conditioning system . The odds of any of these problems occurring are small, but you can take steps to minimize that risk as much as possible. Taking these small steps can help you have peace of mind and can potentially save you thousands of dollars and hours of time. We at Modern Energy have seen many of these problems over the years, so let us share our experience.

Mold and Structural Damage

Mold likes damp environments and can be very harmful to humans. Mold can cause problems breathing and can even make you sick. Mold spores can also be spread around a house if the HVAC system is contaminated.
As HVAC systems get older, water leaks and condensation become more common, and this can increase the chances for mold to develop. This extra water can also cause structural damage to walls and the foundation of a house.
Luckily, this is easy to avoid: keep up with your regular maintenance and check the system after very cold or very warm days. These problems are likely to show themselves when the system is working harder than normal and if you can catch them early, they are unlikely to cause problems with your health or the integrity of your home.

Fire Safety

Common causes of fire in relation to HVAC are water leaks , age , and overheating . Water leaks can fry wiring and create sparks. As a system ages, problems are more likely to develop and the safety precautions for those problems degrade, especially after 15 years .
This creates opportunities for system failure during high-stress periods when overheating can cause electrical problems and sparks. The more of those factors you have at once, the more likely your system is to have these problems.
Additionally, gas furnaces have the highest odds because fire is how the heat is generated.
The best way to avoid this is, again, to keep up with yearly maintenance . However, you should keep valuables and flammable objects several feet away from your heating system and test your home's smoke detectors just in case.
For newer systems, this is a problem that goes down every year as heating systems are made safer and safer. Investing in a fire extinguisher is also a good idea.

Carbon Monoxide Poisoning

Carbon Monoxide (CO) is a gas molecule made up of one carbon atom and one oxygen atom. Carbon Monoxide is an odorless and tasteless gas that is harmful to humans in high concentrations.
When a person is exposed to high concentrations, it is called Carbon Monoxide poisoning . Anything where carbon burns but does not completely oxidize into carbon dioxide can create Carbon Monoxide.

Early symptoms of Carbon Monoxide poisoning include:

Dizziness
Flushing of the face and neck
Headaches
Nausea
Muscle pain

The severe symptoms are confusion, vomiting, movement problems, and breathing problems. Symptoms will show up quicker and more severely in children and the elderly .
Natural gas heating is one of the most common causes of Carbon Monoxide poisoning because the heat is generated by burning, but it can also be produced by any heater. Certain space heaters and car exhaust also are common causes, this is why you should never run a car in a closed garage.

The easiest way to avoid Carbon Monoxide poisoning and the best way is to buy a Carbon Monoxide detector . They are fairly cheap at $30-50 and should last over a decade. Many fire alarms now are also equipped with them.
In regard to HVAC, the best way is to keep up with your yearly checks , regardless of the system, but especially for Natural Gas heating.
The odds of a problem also increase with age, with 15 years being the industry standard for a system getting replaced. Continued use after that 15 years drastically increases the odds of a problem.

If you believe that you or a family member has carbon monoxide poisoning, go outside and seek medical assistance . Going outside is important because it is essentially impossible to get Carbon Monoxide poisoning when not in an enclosed space.

Refrigerant Leaks and Other Pollutants

This is the oddest hazard as it is the least likely to affect you but can cause serious harm to the environment. Refrigerants are very dangerous to both plant life and the atmosphere.
Refrigerants released into the atmosphere are a leading cause of ozone layer depletion and a significant contributor to climate change .

The best way to prevent this is to watch for leaks and get regular maintenance . Additionally, having your system replaced by a trusted organization decreases the odds of accidents happening during removal or installation.

What Now?

Well, I would say you should go schedule an appointment for your HVAC system if you haven't done that yet for 2025 . For more information on other topics around HVAC, check out our blog where we have many more posts. If you are interested in replacing your system, call Modern Energy at 508-449-0449 . Now is an excellent time to replace because there are rebates up to $16,000 currently available.

Mass Save Updates 2025 - 27

Sat, 28 Dec 2024 21:14:02 GMT

Mass Save 2025-2027 Updates

Mass Save has been a long-lasting and successful program for the state of Massachusetts, so far. However, it is being updated in 2025 and hopefully we can answer some common questions about these changes.

What Does Mass Save Do?

Founded in 2008, Mass Save is a combined effort of both state and private sponsors. The program adds a small amount to utility bills across the state that is used to create funding for making Massachusetts energy cleaner. The program does this mainly by offering rebates on the installation of greener building practices and appliances such as Heat Pumps. While companies do use Mass Save, a large portion is used by individual residents in the state. As the program has gone on, it has shifted its focus to try to make the process easier for people with lower incomes, while never wavering from its initial goal of reducing greenhouse gas emissions and making cleaner energy available to residents of Massachusetts.

Why is Mass Save Changing?

Mass Save is designed to make Massachusetts more sustainable and typically renews its budget every three years. This is what allows them to constantly change to best achieve their goals in the most efficient way. This generally means putting higher rebates on newer and more expensive technology to allow more residents to have access, this then encourages growth in the field and allows that technology to become more mainstream, as we are seeing happen with the Heat Pump. This could also mean pulling some of that money out of helping people adopt new technology and instead helping those with lower incomes also adopt this more sustainable technology.

What is Changing for Mass Save in 2025?

This section focuses on the monetary Mass Save changes for residents of Massachusetts, not corporations or the internal workings of Mass Save.

● MassSave® $10,000 Whole-Home Rebates: If your household is above the median income for your city, and you replace your current heating system with a heat pump system, then you can receive $3,000 per 12,000 BTUs of capacity installed, up to $10,000. This is a slight change from the previous rebate which was a flat $10,000 for the whole home.

● MassSave® Partial Home Rebate: in 2025, is $1,250 per ton (12,000 BTUs) of capacity up to $10,000. This rebate is designed to work with your existing heating system instead of replacing it. If you have a single room that needs help heating or cooling, this could be an excellent investment. The BTU capacity is a number calculated by the manufacturer of the unit being installed, so you’ll know that number before you buy the system. For 2025, it stays where it has been for the last few years, but in 2026 it drops to $1,125 per ton, and $1,000 per ton in 2027.

● Weatherization bonus: when getting a Heat Pump installed, if you got your house weatherized within six months before or after installation, Mass Save will send you an additional $500. Weatherization is things like checking the seals on windows and is a good first step if you wish to update your heating system. No point in getting a better heater if the warm air won't stay inside.

● Bonus rebates for various electronic items: This section is about smaller appliances from Washers and Dryers to battery powered chainsaws. If you get a new appliance, check the list to see if you can get some money back. Massachusetts 2025-2027 Energy Efficiency and Decarbonization Plan Here is the link to the plan and this section is located on pages 137-138.

What is Not Changing for Mass Save in 2025?

● MassSave® $16,000 Enhanced Heating and Cooling Incentive: If your household is within the median range of income for your city, then you will get a $16,000 rebate after installation. Installation costs vary depending on a variety of factors, such as the size and layout of the home. In many cases, this rebate covers much of the cost. The rebate is unchanged for 2025-2027.

● The United States Federal Government is offering a $2,000 tax credit. The credit is for 30% of the cost, up to $2,000. Most installations will qualify for the entire $2,000 Federal Tax Credit. Since this is not through Mass Save but is in the same realm as a rebate for Heat Pumps, we felt it should be included here. The tax credit is provided through the Inflation Reduction Act passed in 2022.

● Your Local Community Action Agency 100% off Income Eligible Program: If your household is below the median income for your city, then your local Community Action Agency will likely cover the cost of your Heat Pump Installation. Use this link to find your local community action agency: Home - MASSCAP .

● Weatherization and Assessment: Mass Save helps cover the cost of both the assessment of your home and the fixes needed for weatherization. This includes repairs to air seals and other commonly worn-down parts of the home that help keep the environment out of your home.

When Will the Mass Save Changes Take Effect?

With the changes being approved, these changes took effect on January 1st, 2025. These changes were discussed over the last few months and officially filed on October 31 ^st , 2024.

What are Mass Save’s Goals for 2025-2027

Reduce greenhouse gas emissions: This is achieved by increasing electrification, weatherization, and supporting greenhouse gas reductions by corporations. Mass Save is also planning to try to secure outside funding.
Accelerate program access for vulnerable and underserved customers: By lowering the qualifications necessary to receive rebates, increasing no-cost weatherization for low and moderate income residents, and increasing participation in the program by renters and small businesses.
Deliver an improved customer experience: By increasing the languages available for customer service, speeding up rebate processing time, and investing in digital improvements.
Strengthen and diversify the workforce: Collaborate with the Massachusetts Clean Energy Center to find a diverse range of applicants, increase supplier diversity, and increase training and availability of Heat Pump installers for both residential homes and businesses.

Is Mass Save a Scam?

No, Mass Save is not a scam. This is a program run through the state of Massachusetts and its energy utility firms such as Eversource and National Grid, with the goal of making long term energy usage more sustainable. They can get backlogged at certain times of the year, which can delay receiving the rebate, but it will come. Additionally, Mass Save had many accomplishments that they point out in this update:

● Supporting the installation of heat pumps in over 75,000 homes and businesses since 2019.

● Weatherizing approximately 350,000 homes.

● Reducing greenhouse gas emissions as much as if they took 800,000 cars off the road for a year.

● Investing $1.1 billion in improvements that lower energy bills and improve health, safety, and comfort.

Will the Mass Save Changes Impact Getting My Rebate?

No, if you registered your project prior to January 1 ^st 2025, you will still receive the same rebate you were expecting. Additionally, since the Heat Pump rebate changes were minimal, you likely still qualify for an identical rebate under the new terms.

If you are expecting to get a rebate from Mass Save in the first few weeks of January, there may be a slight delay. Moving directly from the holiday season into several administrative changes could create a larger backlog than normal. This should only last a few weeks at most. For questions and concerns please call Mass Save at 888-855-0340.

What Happens to Mass Save if the Inflation Reduction Act is Repealed?

This would not affect Mass Save. Mass Save does receive funding from the Inflation Reduction Act.

Where Do I start if I want a Heat Pump?

There are two options for you going forward. The first is that you do it all yourself, calling contractors and electricians, researching models, tracking all the rebates, all while your life continues. The second option is that you call Modern Energy, and we will manage the project and walk you through the process. Modern Energy reviews average 5/5 stars and we are a highly respected company within the HVACR (Heating, Ventilation, Air Conditioning, and Refrigeration) world. All our installers and electricians work in-house, and we install the best equipment from Mitsubishi, Carrier, Fujitsu, and Bryant. Plus, we have a dedicated staff to help you figure out which rebates you qualify for and how to apply for the 0% Interest Heat Loan. Let us at Modern Energy use our expertise to make your life cheaper and easier.

Heat Pump FAQ

Fri, 13 Dec 2024 19:59:25 GMT

What is a Heat Pump?

A Heat Pump is an all-in-one electric based heating and cooling system. Heat Pump systems are made up of two parts: an indoor handler and an outdoor condenser. These two units are connected through an insulated copper refrigerant line. A refrigerant is a chemical that shifts between a liquid and a gas to effectively move heat from one location to the other. This means that a Heat Pump works as a heater in the winter and as air conditioning in the summer.

Are Heat Pumps Loud?

No, Heat Pumps are not loud. They do make noise while operating on a similar level to a refrigerator. If there is a malfunction they can become loud, but they are not loud while working as intended.

Do Heat Pumps Work Below Zero Degrees?

Yes, heat pumps do function below zero degrees. Older generations or heat pumps were made for warmer climates and struggled when outdoor temperatures dropped below freezing, but new models are honed to function well below zero degrees Fahrenheit.

Mitsubishi was the first brand to crack the problem and ever since many other brands have followed. All Heat Pumps do have a minimum temperature, but that is now typically between around -13 and -15 degrees fahrenheit. However, if it drops below the minimum, the system will just work sub optimally, and will not break.

How Long Does a Heat Pump Last?

Heat Pump systems last around the same amount of time as an Oil Furnace or any other heating system, around 15 - 20 years.

What's the Best Brand of Heat Pump?

While all brands have their pros and cons, Mitsubishi and Fujitsu separate themselves from the rest. Mitsubishi has a long history and good reputation for amazing customer service. They were also the first brand to crack the cold weather Heat Pump and most of their current models function down to -13 degrees. Fujitsu models tend to be a bit cheaper than Mitsubishi and their cold-weather units operate efficiently down to -15 degrees. This being said, brands like Carrier and others still make good products that may be the best fit for you and your home.

Do Heat Pumps Work with Ducts?

Yes! If you already have existing ductwork in your home, it can significantly cut the installation cost of a Heat Pump. A Heat Pump Air Handler will be attached to the ductwork and will operate like any other heating system.

Do Heat Pumps Work without Ducts?

Yes! If you do not have a duct system, you can get a type of Heat Pump called a Mini-Split that is more efficient than a ducted system but it does often have a higher installation cost.

Are Heat Pumps More Efficient Than Oil, Natural Gas, or Electric Resistance heat?

Heat Pumps are more efficient than oil-based heating. Efficiency in this case refers to operating cost, not environmental efficiency or anything else. Heat Pumps are also considerably more efficient than Electric Resistance heating. Heat Pumps are roughly equal to Natural Gas heating. Which one is specifically cheaper will depend on a variety of factors such as home layout, ductwork, and geographic location.

Are Heat Pumps More Environmentally Friendly than a Furnace?

Yes! Heat Pumps produce less greenhouse gas emissions than most other forms of heating. Heat Pumps are also less likely to cause a disaster, such as fire, or gas leak that can harm the surrounding ecosystem.

How expensive is a Heat Pump?

The average single- zone system costs several thousand dollars, but which model and type you buy can drastically change the amount. An air source or mini-split Heat Pump will be the cheapest. All Heat Pumps have high installation costs, as they are complex systems, but are cheaper to operate which will save you money in the long run.

Additionally, local, state, and federal incentives could reduce the total cost to as little as $0.

Are Heat Pumps Safe?

Heat pumps are one of the safest forms of heating. Oil furnaces are a fire risk and Natural Gas can lead to gas leak or carbon monoxide poisoning, while Heat Pumps are no more dangerous than any other electric appliance.

What Rebates are Available for Heat Pumps in Massachusetts?

Your Local Community Action Council 100% off Income Eligible Program: If your household is under the median range of income for your city, then they will cover the cost of Installation. Use this link to find your local community action council, Home - MASSCAP .

MassSave® $16,000 Enhanced Heating and Cooling Incentive: If your household is within the median range of income for your city, then you will get a $16,000 rebate after installation. Installation costs vary depending on a variety of factors such as the size and layout of the home. In many cases, this rebate covers much of the cost.

MassSave® $10,000 Whole-Home Rebates: If your household is above the median income for your city, then you will get a $10,000 rebate after installation.

MassSave® Partial Home Rebate: which is $1,250 per ton (12,000 BTUs) of capacity up to $10,000. This rebate is designed to work with your original heating system instead of replacing it. If you have a single room that needs help heating or cooling, this could be an excellent investment. The BTU capacity is a number calculated by the manufacturer of the unit being installed, so you’ll know that number before you buy the system.

What’s the federal tax credit?

As part of the Inflation Reduction Act, the United States Government is offering a $2,000 tax credit. The credit is for 30% of the total installation cost, up to $2,000. Most installations will qualify for the entire $2,000 Federal Tax Credit.

What Financing Options Are Available for Heat Pumps?

MassSave® is offering an interest-free loan for Heat Pump installation because they want as many people to switch as they can. The loan max is currently $25,000 over a 5 year term.

Are Heat Pumps Worth it?

While we can’t give you a definitive answer, if you’ve read this far then it most likely is at least worth a call. You can reach us at Modern Energy at 508-449-0449. You can also check out more blogs on our website for more general information. Modern Energy has been in the HVAC industry for years and has become one of the leaders in Massachusetts. Let us use our expertise to answer your less frequently asked questions!

Which Brand is Better for Heat Pumps: Mitsubishi or Fujitsu?

Tue, 26 Nov 2024 21:38:02 GMT

Fujitsu Vs. Mitsubishi

If you have been looking into which Heat Pump system to buy, you have undoubtedly come across these two brands. Both of these brands have been around and producing Heat Pumps basically since their invention, and have been leaders in the industry that entire time. While other brands make equally good products, these are two giants which is why this post will be focusing on them.

History and Manufacturing

First, this is the same Mitsubishi that makes cars. However a different sub-company makes their electronics but it is the same parent company. Mitsubishi Electric was founded in 1921 and their first big hit product was an electric fan. Mitsubishi Electric now has sixteen main locations across the United States, including one in Boston, Massachusetts, and a headquarters based in Georgia. A few years ago, Mitsubishi teamed up with Trane to increase production in the U.S.

Fujitsu was founded in 1936 and started by making radios and speakers. Over time they changed names and the products they produced. In 1985, after a merger with another company, the name was changed to Fujitsu General and the main products they made were wireless information systems for things like taxis and fire and emergency departments. 1991 is when Fujitsu really entered the air conditioning industry. Fujitsu's U.S. headquarters is based in New Jersey. Fujitsu is currently partnered with ETA-Ascon for domestic production and manufacturing.

Price

Both companies are similar in price, with the difference being a few hundred dollars on systems that can cost thousands. Fujitsu tends to be the cheaper one by about 5% when you compare similar models. The price can also change depending on where exactly the system is bought. Both companies also offer add-ons to their systems, such as the ability to connect the system to Wi-Fi to allow you to check on the system from your phone. These features do cost extra and are optional from both companies.

Performance

Mitsubishi’s claim to fame in the Heat Pump industry is that they were the first company to make a Heat Pump that can work efficiently with outdoor temperatures below zero. Because Heat Pumps use refrigerant to move temperature around, getting them to work below freezing was a problem for a long time. Once Mitsubishi figured out how, many companies quickly followed suit. Fujitsu has continued pushing that boundary and has gotten the minimum outdoor operating temperature even lower. Each model will have a temperature where, if below that, the system will work sub-optimally. For Mitsubishi, the low-temp units go down to -13 degrees Fahrenheit, while Fujitsu boasts minimum operating temperatures of -15.

Noise

Both companies have very quiet systems, with almost all being quieter than the standard volume of breathing. However, Mitsubishi is consistently quieter when compared to similar Fujitsu models. Normal breathing is 25 decibels, while the quietest heat pumps for Mitsubishi and Fujitsu are 19 and 21 decibels, respectively.

Warranty

Mitsubishi and Fujitsu both offer very good warranties for the industry but the exact warranty policies depend on which model you get from either company, but overall:

Fujitsu offers warranties from 2-12 years with exclusions for certain models and certain parts.
Mitsubishi offers 5-12 year warranties without the same exclusions.
Both have different warranties for parts and compressors, with the compressor warranty generally being longer.
Both have certified contractors and if you use a certified contractor you get additional warranties. They are called Fujitsu Elite contactors and Mitsubishi Diamond Contractors. Modern Energy holds this distinction with both companies, allowing our customers access to maximum warranties for both products.

Customer Support

Customer support before you buy the system is similar for both companies. Both have certified contractors and installers who can assist you in getting the system you want. However, Mitsubishi does have a slightly larger network, making it more likely that the average person can find an installer.

After the system is installed, you will continue to keep working through the contractor and will probably not talk to the manufacturer directly. So, for customer service it is more important to find a contractor or installation company that can be trusted, as compared to the customer service of the manufacturer. However, Mitsubishi is generally considered to have a more robust customer service arm than Fujitsu.

How Do I Buy a System?

This post is designed to be a starting point, from here you need to start doing research into contractors and models that would be good for your home and family. Both of these companies make good products and are very trusted, there isn’t one that is clearly better. If that research sounds daunting, feel free to reach out to Modern Energy and we can help you find the right system and put you in contact with a certified contractor. Let us use our expertise to help you and your family.

5 Signs You Need a New Furnace

Mon, 07 Oct 2024 22:57:09 GMT

A furnace is required for comfortable living here in Massachusetts, but how do I know when mine needs maintenance or replacing? How would I even go about replacing a furnace? Is there anything better? These are all common questions. Let Modern Energy show you these five key signs to watch out for.

1. Age:

Time is one of the main signs that you may need a new furnace. 15- 20 years is the standard amount of time that a furnace lasts if it is well maintained. Some may need a new furnace as early as 10 years or as late as 25. Having an older furnace isn’t necessarily a problem but keep a close eye out for any issues with the unit if it’s past 15 years old .

2. Abnormally high heating bills:

When furnaces begin to break, they have to use more fuel to keep the temperature stable in your home. This will often take the form of your heating bill slowly rising from year to year, even if the weather isn’t getting colder year to year. Another common cause of this, which is not connected to a furnace, is improper insulation. If your home cannot keep the heated air in, then the furnace will have to work harder to increase the temperature, regardless of its health. Luckily, MassSave exists, MassSave is a program that is trying to make Massachusetts more energy efficient by offering up to 100% insulation installations and massive rebates on other technologies with the same goal. If you have any questions on MassSave rebates, give Modern Energy a call.

3. Furnace can't maintain temperature set on the thermostat:

As furnaces get older, they can start to struggle to circulate the air properly throughout the home. This creates hot and cold spots in the house. Another possible cause for this issue is that the furnace just cannot get hot enough to effectively heat a home. Both of these are signs that you should look for a replacement or repair.

4. Furnace making strange sounds:

First, what noise should a furnace make? Furnaces normally make a gentle hum or a low rumble, but when they are starting to break, they often get louder and have a buzzing or clanking sound with it. Additionally, if your furnace has a weird smell, that is a sign you could need a new furnace.

5. Furnace is continually breaking:

If you are constantly having repairmen, come and take a look at your furnace, that’s an obvious sign, but how often is too often? A once-a-year checkup is standard, so if you are having people repair your furnace twice, three times, four times a year, strongly consider an upgrade.

Is there a Better Option than a Furnace?

Furnaces are what a lot of people are used to, but they are also old technology. They still work, but there are a lot of risks associated with them, such as increased chances of fire and carbon monoxide poisoning. But there is an alternative, A Heat Pump. In case you’re asking what that is, a Heat Pump is an all-in-one heating and cooling unit that runs on electricity. It’s safer, often cheaper to operate, has less environmental impact, and currently has massive rebates on installations provided by MassSave and the Federal Government. For more information on Heat Pumps and the massive savings available, call Modern Energy at 508-449-0449 or check out more blogs on our website. Modern Energy has been in the HVAC industry for years and has become one of the leaders in Massachusetts. Let us use our expertise to help you and your family.

Zero Net Energy Homes

Tue, 13 Aug 2024 19:47:53 GMT

As Massachusetts continues to lead the charge in sustainable living, more residents are exploring ways to electrify their homes. The concept of "zero net energy homes" is gaining traction, and for a good reason. By combining state-of-the-art energy efficiency measures with renewable energy sources, homeowners can reduce their carbon footprint and energy bills to nearly zero.

What is a Zero Net Energy Home?

A zero net energy home produces as much energy as it consumes over a year, resulting in a net-zero energy bill and carbon-neutral footprint. Achieving this balance requires a combination of energy-efficient technologies and renewable energy sources like solar power.

Mass Save: Your Gateway to Energy Efficiency

Massachusetts residents are fortunate to have access to one of the most comprehensive energy efficiency programs in the country—Mass Save. With up to 100% off insulation upgrades, Mass Save makes it easier than ever to reduce your home’s energy consumption.

How to Achieve a Zero Net Energy Home

Start with Insulation: Proper insulation is the foundation of a zero net energy home. By taking advantage of the Mass Save program, you can receive up to 100% off the cost of insulating your home. This upgrade reduces the amount of energy needed for heating and cooling, making your home more efficient year-round.
Upgrade to Heat Pumps: Heat Pumps are an essential part of the zero net energy equation. Unlike traditional heating systems that rely on fossil fuels, Heat Pumps use electricity to efficiently heat and cool your home. With Mass Save, you can take advantage of rebates and incentives to offset the cost of installing a heat pump. These systems work exceptionally well in tandem with solar panels, further reducing your energy costs and carbon footprint.
Add Solar Panels: Once your home is well-insulated, it’s time to think about generating your own clean energy. Solar panels are a key component of any zero net energy home. Not only do they reduce your dependence on the grid, but they also allow you to harness the power of the sun.

Maximize Your Savings with Rebates and Incentives

Here’s a breakdown of the key incentives and rebates available to Massachusetts homeowners:

Mass Save Heat Pump Rebates: Up to $16,000 in rebates for installing Heat Pumps .
Inflation Reduction Act Heat Pump Tax Credit : Up to $2,000
Federal Tax Credits: Up to 30% of the cost of solar panels and Heat Pumps .
MassSave Heat loan : 0% APR, over 7 years. Up to $50,000 for insulation and Heat Pumps

Achieve Carbon Neutrality Today

By combining these powerful incentives with energy-efficient technologies, Massachusetts residents can transform their homes into zero net energy powerhouses. Not only will you reduce your energy bills, but you’ll also contribute to a more sustainable future for our planet. You can read more about it on our blog here.

Ready to take the first step toward a zero net energy home? Contact us today to learn more about how you can maximize these incentives and start saving!

Mitsubishi MXZ-3C24NA3 vs Fujitsu AOU24RLXFZ

Tue, 13 Aug 2024 19:47:50 GMT

Creating a comfortable and efficient home environment involves selecting the right heating and cooling system. Multi-zone heat pump systems, like those from Mitsubishi and Fujitsu, offer flexible and energy-efficient solutions for maintaining the ideal indoor climate. In this blog, we'll explore two leading systems: the Mitsubishi MXZ-3C24NA3 with a BTU rating of 25,000 and the Fujitsu AOU24RLXFZ with a BTU rating of 24,000. By comparing, we'll provide a detailed look at what each system offers, helping you understand their features and benefits.

SEER Rating (Cooling Efficiency)

Explanation: SEER (Seasonal Energy Efficiency Ratio) measures the cooling efficiency of the system over a typical cooling season. The Mitsubishi system's 20 SEER rating means it will consume less energy to provide the same cooling as the Fujitsu system, which has an 18 SEER rating. This translates to lower energy bills and better environmental performance.

Mitsubishi MXZ-3C24NA3: 20 SEER
Fujitsu AOU24RLXFZ: 18 SEER

EER Rating (Energy Efficiency Ratio)

Explanation: EER (Energy Efficiency Ratio) measures the efficiency of the system at peak cooling times, such as the hottest part of the day. A higher EER indicates better efficiency under these conditions. The Mitsubishi system has a slightly higher EER rating, meaning it will perform better during peak usage, providing more cooling for less energy.

Mitsubishi MXZ-3C24NA3: 13.6 EER
Fujitsu AOU24RLXFZ: 12.5 EER

Noise Level (Indoor and Outdoor Units)

Explanation: Noise levels are an important consideration for indoor comfort. The Mitsubishi indoor units operate at lower noise levels compared to Fujitsu's, making them quieter and less obtrusive. For the outdoor units, Mitsubishi is slightly quieter, contributing to a quieter overall environment around your home. The noise level of an average conversation typically ranges from 60 to 70 decibels (dB).

Mitsubishi MXZ-3C24NA3:

Indoor Units (MSZ-GL06): 19-24 dB
Indoor Unit (MSZ-GL12): 22-36 dB
Outdoor Unit: 49 dB

Fujitsu AOU24RLXFZ:

Indoor Units (ASU7RLF1): 21-43 dB
Indoor Unit (ASU9RLF1): 22-43 dB
Outdoor Unit: 51 dB

Warranty

Mitsubishi MXZ-3C24NA3: 12-year compressor warranty with Modern Energy
Fujitsu AOU24RLXFZ: 12-year compressor warranty with Modern Energy

Conclusion

Both the Mitsubishi MXZ-3C24NA3 and Fujitsu AOU24RLXFZ tri-zone heat pump systems offer excellent solutions for multi-zone climate control. Your choice between the two will depend on your specific needs and priorities.

Ultimately, both systems bring the reliability and quality you expect from these reputable brands, ensuring a comfortable and well-regulated home environment. For more personalized solutions contact us at Modern Energy. Happy heating and cooling!

Which Costs Less to Operate: Heat Pumps or Propane?

Mon, 05 Aug 2024 16:55:58 GMT

Choosing the right heating system is crucial for cost and energy efficiency. Heat pumps transfer heat between indoors and outdoors, providing versatile year-round use. In contrast, propane heating systems generate heat by burning propane. This guide will help you understand which option is more cost-effective and efficient for your home.

Heat Pumps: Heat Pumps are devices that transfer heat from one place to another. They can extract heat from the ambient air temperature outside and move it into your home. This process is reversed in the summer to cool your home, making Heat Pumps versatile for year-round use.

Propane heating systems: Propane heating systems burn propane gas to generate heat, which is transferred through a heat exchanger to warm air or water. The heated air or water is then distributed throughout the home, while combustion byproducts are vented outside.

What is a BTU?

The British Thermal Unit (BTU) measures energy capacity for heating or cooling a space, with 1 BTU being the energy needed to raise 1 pound of water by 1°F, akin to the heat from a lit match. Electric resistance heating generates 3,413 BTUs per kilowatt-hour (kWh). In contrast, heat pumps, which move heat rather than generate it, are far more efficient, offering significantly more BTUs per dollar, making them a more cost-effective and energy-efficient choice for heating.

What is COP?

The Coefficient of Performance (COP) indicates the efficiency of a heating or cooling system. It represents the ratio of heat energy moved or generated to the amount of energy input. For instance, electric resistance heat has a COP of 1, meaning all the energy input is converted directly into heat. In contrast, most Heat Pumps have a COP greater than 1, as they use less energy to transfer heat from one location to another rather than generating heat from scratch.

What is Distribution Loss?

Distribution Loss is not a factor when dealing with Ductless Heat Pumps, because they use air-tight copper piping to move refrigerant from one place to another, resulting in 0% distribution losses .

How much heat can you get for a dollar?

The table below shows the amount of heat in BTUs you can expect to receive per dollar spent on various heat sources. Look and see if you could save money by switching to a more efficient heating system.

Heat pumps produce more BTUs per dollar spent compared to propane heating, making them a more cost-effective and energy-efficient choice. Propane heating systems offer about 19,399 BTUs per dollar, considering a gallon of propane costs $3.50. In contrast, heat pumps with a Coefficient of Performance (COP) of 3 provide around 36,568 BTUs per dollar. This significant difference arises because heat pumps move heat rather than generate it by burning fuel, leading to much higher efficiency and more heat output for the same amount of energy and cost.

Which heat source produces the more BTUs per dollar spent, oil or Heat Pumps?

Heat Pumps: Heat Pump efficiency will vary depending on the COP of the system and outdoor temperatures. However, even Heat Pumps with relatively low COPs typically outperform oil heat when measured dollar for dollar.

Heat Pump COP 2: 24,379 BTUs per $1

Heat Pump COP 3: 36,568 BTUs per $1

Heat Pump COP 3.5: 42,663 BTUs per $1

Heat Pump COP 4: 48,757 BTUs per $1

As the data shows, even a Heat Pump with a COP of 2 provides more BTUs per dollar than propane heat. The higher the COP, the greater the cost savings. For instance, a Heat Pump with a COP of 4 delivers more than double the BTUs per dollar compared to propane heat.

Propane Heat: Propane heating systems typically provide about 19,399 BTUs for every dollar spent.

Overall, heat pumps are a more economical choice than propane heating, especially in terms of BTUs per dollar spent, making them a smart investment for both cost savings and energy efficiency.

How can a Heat Pump have a Coefficient of Performance over 100%?

In traditional heating systems such as electric heaters or oil furnaces, efficiency is defined by the conversion of fuel to heat, which cannot surpass 100% because they can only convert the energy they use. Heat pumps, however, operate on a different principle. Rather than generating heat from electricity, they transfer heat from outside to inside. By using electricity to run a compressor and fans, heat pumps can move more heat energy than the electrical energy they consume. This process results in a COP greater than 1, meaning their efficiencies are usually over 100%.

How does the COP of a Heat Pump vary with lower temperatures?

The Coefficient of Performance (COP) of a Heat Pump declines in colder temperatures because the unit needs to exert more effort to extract heat from the colder outside air, which holds less heat. This extra effort demands more electricity, reducing overall efficiency. As outdoor temperatures drop, the difference between inside and outside temperatures widens, requiring even more energy for heat transfer and further lowering the COP. Therefore, it's crucial to size the system according to your home's BTU needs based on your local design temperature. In Massachusetts, this design temperature is typically around 8°F for the Metrowest area, though it can vary by location.

Different heat pump models have varying minimum operating temperatures, generally between -5°F and -15°F. The COP will continue to decrease as the temperature approaches its minimum operating range, but the heat pump will still be capable of delivering its maximum rated BTU output to keep your home warm.

Why Ductless Heat Pumps Cool Better than Central Air

Fri, 26 Jul 2024 12:03:35 GMT

As the summer heat intensifies, the quest for the most effective and efficient cooling system becomes a top priority for homeowners. While traditional air conditioning systems have long been the go-to solution, ductless heat pumps are rapidly gaining popularity as a superior alternative.

But what exactly sets these innovative systems apart? In this blog, we'll discuss the reasons why ductless heat pumps excel in cooling your home better than conventional air conditioners. From energy efficiency and precise temperature control to enhanced air quality and ease of installation, discover how ductless heat pumps can transform your living environment, providing unparalleled comfort and savings. Join us as we explore the many advantages of this modern cooling solution and why it might be the perfect fit for your home.

Year-Round Comfort: Heat pumps not only cool your home in the summer but also efficiently heat it in the winter. This dual functionality makes them versatile and suitable for various climates. Compared to traditional air conditioning systems, heat pumps offer significantly higher efficiency. While AC units are limited to cooling, heat pumps provide heating with less energy consumption. For a detailed comparison of heating costs and efficiency, check out our blog on oil heat versus heat pumps.
Distribution loss is zero in Ductless : Traditional air conditioning systems often lose a significant amount of cooling through ductwork leaks and inefficiencies. Leaks at joints and connections, poor insulation in unconditioned spaces, and design flaws can restrict airflow and cause uneven cooling, resulting in significant energy loss. Ductless heat pumps eliminate these issues by delivering cool air directly into the room through indoor units, ensuring all produced cool air is used efficiently. This direct delivery system avoids energy losses associated with ductwork and offers zoned cooling, allowing precise temperature control in individual rooms, reducing energy waste, and enhancing overall comfort.
Lower Operating Costs: Heat Pumps are renowned for their high efficiency ratings. By transferring heat rather than generating it, they consume less energy to maintain indoor comfort, resulting in lower utility bills. Intrigued by how this works? Find out more on our blog!
Environmental Benefits: Reduced energy consumption translates into lower greenhouse gas emissions, making Heat Pumps a greener choice for environmentally conscious homeowners.
Quiet Operation: Heat Pumps generally operate more quietly than traditional air conditioning units, enhancing indoor comfort without the disruptive noise associated with conventional AC compressors. Standard operating decibels for indoor heat pump units typically range from 20 to 40 decibels, which is comparable to a whisper or rustling leaves. Outdoor units usually operate between 40 to 50 decibels, like a quiet conversation or background music. This lower noise level makes heat pumps an excellent choice for maintaining a peaceful and comfortable indoor environment.
Financial Incentives: Many regions offer rebates and incentives for installing energy-efficient Heat Pumps, reducing the upfront cost and improving the return on investment. If you are a resident of Massachusetts, there are numerous rebates available to you, which are detailed in our blogs here.
Zoning Capabilities: Heat Pumps can support zoning systems, enabling customized temperature settings in different areas of your home for enhanced comfort and efficiency.

Opting for a Heat Pump over a traditional air conditioner not only enhances your comfort year-round but also offers significant financial incentives such as rebates and 0% financing. With advancements in technology and increasing environmental awareness, Heat Pumps have become the preferred choice for homeowners seeking improved comfort levels and reduced energy consumption. Whether you’re upgrading your existing AC system or planning for a new installation, consider the lasting benefits and financial rewards that a Heat Pump can bring to your home.

By choosing a Heat Pump, you’re not just investing in comfort and efficiency; you’re making a smart, sustainable choice for your household’s future and the environment.

Which Costs Less to Run: Heat Pumps or Oil Heat?

Wed, 03 Jul 2024 14:09:36 GMT

Understanding the Basics, Heat Pumps vs. Oil

Oil Heat: Oil heating systems burn fuel oil to generate heat. They are a method of heating a home dating back to roughly the 1840s. The efficiency of oil heating systems is measured by their ability to convert fuel into heat, with some energy lost in the process.

What is a BTU?

The British Thermal Unit is a unit of measurement for energy which demonstrates the capacity for a system to heat or cool a space. The higher the BTU rating, the more total heat the system can generate. In technical terms, 1 BTU is determined by measuring the amount of energy required to raise 1 lb of water by 1°F or about the amount of heat in a lit match.

With most electric resistance heating, for example, it takes 1 kWh of electricity to produce 3,413 BTUs of heat. When using an oil-fired system, it typically takes one gallon of heating oil to produce roughly 140,000 BTUs.

What is COP?

Coefficient of Performance (COP) is the measurement showing how much heat is moved or generated vs. the amount of energy (aka “work”) put in. As an example, electric resistance heat has a Coefficient of Performance of 1; because 100% of the energy provided to the system is being output as heat. Most Heat Pumps have a COP of greater than 1, because it takes significantly less energy to move heat from point A to point B instead of creating it from scratch.

What is Distribution Loss?

Distribution loss in HVAC refers to the heat lost on the way from its originating point to its end-use site. This is relevant if you have an oil-fired furnace in your basement, with ductwork spanning the entire home. The heat is generated in the furnace, but then must be pumped throughout the house via ductwork. Unfortunately, a good portion of that heat is lost along the way, escaping via cracks in the home’s ductwork.

Distribution Loss is not a factor when dealing with Ductless Heat Pumps, because they use air-tight copper piping to move refrigerant from one place to another, resulting in 0% distribution losses .

How much heat can you get for a dollar?

*Numbers in this table have been calculated with an outdoor temperature of 47°F.

Which heat source produces the more BTUs per dollar spent, oil or Heat Pumps?

Heat Pump COP 2: 24,379 BTUs per $1
Heat Pump COP 3: 36,568 BTUs per $1
Heat Pump COP 3.5: 42,663 BTUs per $1
Heat Pump COP 4: 48,757 BTUs per $1

As the data shows, even a Heat Pump with a COP of 2 provides more BTUs per dollar than oil heat. The higher the COP, the greater the cost savings. For instance, a Heat Pump with a COP of 4 delivers more than double the BTUs per dollar compared to oil heat.

Oil Heat: Oil heating systems typically provide about 22,729 BTUs for every dollar spent. While oil heat has been a reliable method for many years, its cost-effectiveness is limited compared to more modern solutions.

How can a Heat Pump have a Coefficient of Performance over 100%?

In traditional heating systems, such as electric heaters or oil furnaces, efficiency is measured based on the conversion of fuel to heat. These systems cannot exceed 100% efficiency because they can only convert as much energy as they consume. However, Heat Pumps work differently. They don’t generate heat from electricity; instead, they move existing heat from outside to inside.

A Heat Pump uses electricity to power the compressor and fans that transfer heat. Since it’s mostly moving heat rather than creating it, it can transfer more heat energy than the electrical energy it consumes. This results in a COP greater than 1, meaning efficiencies are typically over 100%.

How does the COP of a Heat Pump change in lower temperatures?

The Coefficient of Performance (COP) of a Heat Pump drops in lower temperatures because the Heat Pump must work harder to extract heat from the colder outside air, which contains less ambient heat. This increased effort requires more electricity, thereby reducing efficiency. As outdoor temperatures fall, the temperature difference between the outside and inside increases, necessitating more energy for heat transfer and further lowering the COP. For this reason, it is important to design a system for the amount of BTU’s your home needs according to the design temperature of the city or town you live in. In Massachusetts that design temperature is usually around 8°F for the Metrowest area and varies depending on where you live.

Different models of Heat Pump have different minimum operating temperatures, most ranging from -5°F to -15°F. The COP of the system will continue to decrease as it approaches its minimum operating temperature but will still absolutely be capable of producing the maximum rated BTU output to keep your house cozy.

If you have oil heat, please consider switching to air source Heat Pumps. You’ll save about 50% on your heating costs , help the environment and be more comfortable with Heat Pump air conditioning. Did you know Heat Pump air conditioning is better than regular air conditioning? Check back for a blog post on why this is, how much cheaper it is to operate and why everyone should switch from window AC units to Air Source Heat Pumps for cooling.

Best Swimming Spots in MetroWest Massachusetts [2024]

Fri, 21 Jun 2024 20:12:32 GMT

As temperatures rise in Massachusetts, finding the perfect place to cool off becomes essential. There are several picturesque lakes and ponds around Eastern MA where you can enjoy a refreshing swim. Whether you're a resident or just passing through, here are some top spots to take a dip and relax under the summer sun:

1. Walden Pond, Concord

Walden Pond is not just a historical landmark but also a beautiful place to swim. This crystal-clear pond offers designated swimming areas and scenic views surrounded by nature.

Address : 915 Walden St, Concord, MA 01742

Hours of Operation: Saturday - Sunday

5:00 AM - 7:30 PM

Fee: $8 parking fee for MA residents

$30 for non-residents of MA

Website: https://www.mass.gov/locations/walden-pond-state-reservation

2. Hopkinton State Park, Hopkinton

Hopkinton State Park features a large reservoir where you can swim and enjoy a day by the water. With sandy beaches and picnic areas, it's a great spot for families and friends to unwind. Non-residents may have to pay a small parking fee, but the facilities and natural surroundings make it worthwhile.

Address: 268 Cedar St, Hopkinton, MA 01748

Hours of Operation: Saturday - Sunday

10:00 AM – 6:00 PM

Fee: $8 parking fee for MA residents

$30 for non-residents of MA

Website: https://www.mass.gov/locations/hopkinton-state-park

3. Cochituate State Park, Natick

Cochituate State Park offers three lakes—North Pond, Middle Pond, and South Pond—each with its own swimming areas. Residents and non-residents alike can enjoy swimming, fishing, and boating in these picturesque settings. The park is well-maintained with ample parking and facilities for a comfortable day out.

Address: 43 Commonwealth Rd, Natick, MA 01760

Hours of Operation: Saturday – Sunday

8:00AM – 8:00PM

(Boat Ramp Closes at 7:00PM )

Fee: $8 parking fee for MA residents

$30 for non-residents of MA

Website: https://www.mass.gov/locations/cochituate-state-park

4. Memorial Beach, Marlborough

Memorial Beach in Marlborough is a family-friendly spot with a sandy beach and designated swimming area. Open to residents and non-residents alike, it offers a playground, picnic tables, and restrooms for added convenience. Parking is available nearby, making it easily accessible for a day trip.

Address: 671 Elm St, Marlborough, MA 01752

Hours of Operation: 7 Days a Week

11:00 AM - 6:45 PM

Parking Fee: Free for Marlborough residents

$20 for non-residents.

Website: https://www.marlborough-ma.gov/recreation-department/pages/wwii-memorial-beach

5. Houghton's Pond, Milton

While a bit outside of MetroWest, Houghton's Pond in Milton is worth mentioning for its natural beauty and extensive facilities. Managed by the Massachusetts Department of Conservation and Recreation, it offers swimming, hiking trails, and even a concession stand for snacks and refreshments.

Address: 840 Hillside St, Milton, MA 02186

Hours of Operation: 7 Days a Week

10:00 AM - 6:00 PM

Parking Fee: Free

Website: https://www.mass.gov/locations/houghtons-pond-recreation-area

Explore these swimming spots and enjoy the best of Massachusetts this summer. Whether you're lounging by the beach or taking a refreshing swim, these locations offer a perfect retreat from the heat. Don't forget your sunscreen and have a great time!

Looking to beat the heat without leaving your couch? Let Modern Energy help! We specialize in installing powerful air conditioning systems that ensure comfort and relief from summer temperatures. Contact us today to learn more about our HVAC solutions and stay cool all season long.

Choosing the Right Central Air Conditioning System: Fujitsu vs. Goodman

Fri, 21 Jun 2024 20:01:55 GMT

When it comes to selecting a central air conditioning system for your home, it's essential to consider efficiency, reliability, and long-term savings. In this comparison, we'll explore two leading options: the Fujitsu 48LMAS1 / AMUG48LMAS and the Goodman GSZB404810 / AMST48CU1400.

SEER Rating (Cooling Efficiency):

Fujitsu: The 48LMAS1 / AMUG48LMAS boasts an impressive SEER rating of up to 16.5 , surpassing industry standards for energy efficiency. This means lower energy bills and reduced environmental impact without sacrificing cooling performance.

Goodman : With a SEER rating of up to 16 , the Goodman GSZB404810 / AMST48CU1400 offers competitive efficiency, but Fujitsu edges ahead with higher SEER ratings, making it a more efficient choice for homeowners aiming to maximize energy savings.

EER Rating (Energy Efficiency Ratio):

Fujitsu : Achieving an EER rating of 12.0, the 48LMAS1 / AMUG48LMAS ensures efficient cooling even in demanding conditions, providing consistent comfort throughout the home.

Goodman: The Goodman GSZB404810 / AMST48CU1400 has an EER rating of 11.5 , highlighting Fujitsu's superior efficiency in maintaining cooling performance while consuming less energy.

Noise Level (Indoor and Outdoor Units):

Fujitsu: The indoor ASUG09LZAS unit operates quietly with noise levels ranging from 25dB to 45dB , ensuring minimal disruption to indoor environments. The outdoor 48LMAS1 unit maintains quiet operation between 47dB to 52dB , enhancing overall comfort without compromising performance.

Goodman : Goodman's units offer noise levels with a maximum of 74 decibels during operation. In this case Fujitsu's commitment to quieter operation makes it an excellent choice for noise-sensitive households seeking optimal comfort.

Brand Reputation:

Fujitsu: Renowned for innovation and reliability, Fujitsu General has a distinguished reputation in the HVAC industry. Their commitment to cutting-edge technology and user-friendly designs ensures superior performance and customer satisfaction.

Goodman: While Goodman is respected for affordability, Fujitsu stands out with its emphasis on advanced features, energy efficiency, and customer-centric solutions tailored to modern living.

Warranty:

Fujitsu Products have an exceptional 12-year warranty , guaranteeing reliability and support for your investment in home comfort.

Goodman offers a 10-year limited parts warranty when you register your product online within 60 days of installation. An unregistered product has the standard 5-year warranty.

Main Takeaway:

Choosing the Fujitsu 48LMAS1 / AMUG48LMAS over the Goodman GSZB404810 / AMST48CU1400 ensures superior efficiency, quieter operation, and reliability backed by Fujitsu's industry-leading reputation. While Fujitsu units may come at a slightly higher initial cost, the long-term benefits in energy savings and enhanced comfort justify the investment for discerning homeowners.

At Modern Energy, we're dedicated to helping you make informed decisions about your home's HVAC systems. Contact us today to explore our range of products by Fujitsu, Mitsubishi, and Carrier and discover how we can elevate your home comfort with cutting-edge technology and exceptional service.

Heating Oil Could Cost You a $200,000 Fine by the EPA

Tue, 18 Jun 2024 19:50:47 GMT

In early 2022 a Massachusetts family faced a staggering $200,000 fine from the EPA due to their oil tank leaking nearly 200 gallons oil in their newly purchased home. The incident, which was not covered by their insurance, has made many homeowners reexamine both their home insurance policies and chosen methods of heat.

Shortly after purchasing their home, two Wareham residents entered their basement to find a staggering inch of standing oil had leaked from their furnace. Despite the tank reportedly being up to code during a recent inspection, the homeowner's insurance did not cover the cleanup costs because they had not purchased the optional oil spill rider . This situation illustrates a common issue where homeowners may not fully understand their insurance coverage until confronted with a costly cleanup. Incidents like this not only impose significant financial burdens but also underscore the urgent need for switching to more reliable, safe and economical options like Heat Pump Systems.

How Does an Oil Tank Spill?

An oil tank can spill for a variety of reasons, each posing significant risks to both property and the environment. Here are some common causes:

Equipment Failure: Aging or poorly maintained tanks and associated equipment, such as pipes and valves, can fail over time. This failure might result from corrosion, structural weaknesses, or mechanical issues, leading to leaks or spills.
Human Error: Improper handling during the filling or maintenance of oil tanks can lead to spills. This includes mistakes during refueling, overfilling the tank, or mishandling equipment.
Natural Disasters : Events such as earthquakes, floods, or severe storms can damage oil tanks, causing them to rupture or leak. This scenario poses additional risks as it can lead to widespread environmental contamination.
Environmental Conditions: Extreme temperatures, changes in ground conditions (like thawing in frozen regions) or shifts in the tank's surroundings can stress tank materials, potentially causing cracks or leaks.
Vandalism or Sabotage: Deliberate tampering or damage to oil tanks by vandals or malicious actors can lead to spills, posing environmental hazards and requiring immediate cleanup and remediation efforts.

When an oil tank spills, it can release large quantities of oil into the surrounding environment, contaminating soil, groundwater, and nearby water bodies. The cleanup process is typically complex and expensive, involving specialized equipment and expertise to mitigate environmental damage and meet regulatory requirements. Therefore, preventive maintenance and regular inspection of oil tanks are crucial to minimize the risk of spills and their associated costs and environmental impacts.

Why Does It Cost So Much to Clean Up Oil?

Cleaning up an oil spill involves intricate procedures to prevent further contamination of soil and groundwater. The costs can escalate due to:

Environmental Remediation : Specialized teams are required to assess the extent of the spill and mitigate its impact on the environment.
Legal Compliance: Fines and penalties imposed by regulatory bodies like the EPA are substantial, aiming to deter future incidents and cover the costs of monitoring and enforcement.
Property Damage: The spill might necessitate excavation and removal of contaminated soil, which can be a costly endeavor.

What Options Do I Have to Get Rid of Oil?

If you're concerned about the potential risks and costs associated with heating oil, it might be time to consider alternative heating solutions. One increasingly popular option is Air Source Heat Pumps.

Heat Pumps offer several advantages:

Economic Benefits: Heat Pumps are 1.5 to 2 times more affordable to run than oil heating systems.
Environmental Friendliness: They operate using electricity rather than fossil fuels, reducing carbon emissions and minimizing the risk of environmental contamination.
Efficiency: Heat Pumps are highly efficient in converting energy into heat or cool air, offering savings on energy bills over time.
Safety: Unlike oil tanks, which can leak and pose environmental hazards, Heat Pumps do not carry the risk of spills or leaks.

Transitioning to a Heat Pump system may involve upfront costs but can provide long-term benefits in terms of cost savings and environmental impact. Plus, if you are resident of Massachusetts, incentives or rebates are likely available for switching to help you switch to a more sustainable heating option.

The financial implications of oil tank spillage are severe, so why not begin exploring alternative options before it gets to that point? Get in touch today for a free estimate to replace your oil heat with safe and efficient Heat Pumps.

Choosing the Right Ductless Heat Pump: Mitsubishi vs. Fujitsu

Thu, 13 Jun 2024 23:15:04 GMT

Choosing the Right Ductless Heat Pump: Mitsubishi vs. Fujitsu

When it comes to upgrading your home's heating and cooling system, selecting the right Heat Pump model is essential for maximizing comfort and energy efficiency. In this blog post, we'll conduct an in-depth comparison between two top-of-the-line single-zone Ductless Heat Pump models: the Mitsubishi MUZ-FS09NA (outdoor unit) / MSZ-FS09NA (indoor unit) and the Fujitsu AOUG09LZAS1 (outdoor unit) / ASUG09LZAS (indoor unit).

SEER Rating (Cooling Efficiency):

Mitsubishi: The MUZ-FS09NA / MSZ-FS09NA boasts an impressive SEER rating of 30.5 , indicating exceptional cooling efficiency.
Fujitsu: With a SEER rating of 33.1 , the AOUG09LZAS1 / ASUG09LZAS offers even higher cooling efficiency, making it one of the most efficient air conditioning units in its class.

HSPF Rating (Heating Efficiency):

Mitsubishi: Achieving an HSPF rating of 14.5 , the MUZ-FS09NA / MSZ-FS09NA deliver reliable heating efficiency during colder months.
Fujitsu: The AOUG09LZAS1 / ASUG09LZAS closely follows with an HSPF rating of 14.2 , ensuring cost-saving benefits and consistent performance in heating mode.

Indoor & Outdoor Unit Operating Decibels:

Mitsubishi: The indoor MSZ-FS09NA wall mounted unit has a typical decibel level ranging from 20dB – 42dB . The outdoor MUZ-FS09NA unit’s typical decibel level is 48dB – 49dB . For reference, a human whisper is typically around 30dB, and most refrigerators emit 40dB from ambient operation.
Fujitsu: The Fujitsu indoor ASUG09LZAS wall unit has a typical decibel level ranging from 23dB – 47dB . The outdoor Fujitsu AOUG09LZAS1 compressor unit’s decibel level ranges from 46dB – 47dB .

Brand Reputation:

Mitsubishi: With a long-standing legacy in the HVAC industry, Mitsubishi Electric is renowned for its innovation and reliability in delivering high-quality heating and cooling solutions for residential and commercial customers.
Fujitsu: Fujitsu General has carved a niche for itself with cutting-edge technology and user-friendly designs, earning a reputation for excellence in the field of Ductless and Central Heat Pump systems.

Price:

Mitsubishi: While Mitsubishi units typically come with a slightly higher upfront cost, the investment is often justified by the superior features, energy efficiency, and durability offered by Mitsubishi models.
Fujitsu: Fujitsu units are typically more affordable, making them an attractive option for homeowners seeking cost-effective heating and cooling solutions without compromising on quality.

Warranty:

Both Mitsubishi (MUZ-FS09NA / MSZ-FS09NA) and Fujitsu (AOUG09LZAS1 / ASUG09LZAS) offer generous warranty coverage for their Ductless Heat Pump systems. When you install with Modern Energy, both models come with a comprehensive 12-year warranty, providing homeowners with peace of mind and assurance of product reliability.

Main Takeaway:

Both the Mitsubishi MUZ-FS09NA / MSZ-FS09NA and the Fujitsu AOUG09LZAS1 / ASUG09LZAS are excellent choices for single-zone Ductless Heat Pump systems. While each model excels in specific areas, both are known for their efficiency, performance, and longevity. At Modern Energy , we're not just here to help you choose the right system—we're also equipped to assist you in accessing potential rebates and incentives up to $16,000 available for these energy-efficient solutions. Contact us today to explore your options and experience ultimate comfort and energy savings in your home!

Indoor Bliss: Mini-Split Units from Floor to Ceiling

Fri, 31 May 2024 19:10:50 GMT

When most people think of Ductless Heat Pumps (AKA Mini-Splits) they most often think of the classic wall unit connected to an outdoor condenser. While this configuration works for many homes, there are more types of indoor units available for homeowners to choose from.

Say goodbye to boring indoor climates and hello to a world of possibilities. In this blog, we're not just talking about keeping things cool or warm; we will discuss the diverse world of indoor Ductless Heat Pump units, from classic wall-mounted options to innovative floor and ceiling units.

Choosing the Right Indoor Units for Your Space

With a multitude of indoor unit options available, selecting the perfect one for your space can seem daunting. Fear not, for Modern Energy is here to guide you every step of the way. Our team of experts will assess your space requirements, understand your aesthetic preferences, and prioritize energy efficiency to ensure that you find the ideal indoor unit tailored to your needs. With Modern Energy by your side, you can rest assured that your indoor comfort is in capable hands.

Whether you prefer the classic appeal of wall-mounted units, the ground-level luxury of floor units, or the stylish sophistication of ceiling units, there's an indoor unit option that's perfect for your space. By exploring the diverse range of indoor unit options available and considering your specific needs and preferences, you can elevate your indoor environment to new heights of comfort and style. So, why wait? Upgrade your space today and experience the difference that indoor units can make!

Exploring the Powerful MassSave® Median Income HVAC Rebate

Wed, 29 May 2024 18:38:54 GMT

Cooling the Costs: A Deep Dive into the MassSave® Whole-Home Median Income Rebate

Welcome to the world of home comfort, where staying cozy often comes at a hefty price. But fear not, because whole-home HVAC rebates are here to save the day! These rebates offer a path to affordable climate control, making it easier for families to stay comfortable without breaking the bank. In this guide, we'll explore how these rebates work, who qualifies, and how they can transform your home into a haven of comfort and savings. So, get ready to discover the secrets to a more comfortable and cost-effective living space!

What is the MassSave® Whole-Home Median Income HVAC Rebate?

The Whole-Home Median Income Rebate program isn't any average rebate scheme—it's a game-changer for Massachusetts homeowners looking to enhance their living spaces while saving money. At its core, this program offers rebates for upgrading your home's HVAC (Heating, Ventilation, and Air Conditioning) system to more energy-efficient options. While MassSave does offer a variety of heating and cooling rebates in this post we will focus on the Median Income Rebate, which is their largest stand-alone rebate to date.

How much Money is MassSave® Whole-Home Median Income Rebate for?

The Median Income Rebate covers up to $16,000 for qualifying whole-home heat pump systems.

Who Can Qualify for the MassSave® Whole-Home Median Income HVAC Rebate?

Now, here's the exciting part—who qualifies for these incredible rebates? If you're an existing customer of Eversource, National Grid, or Unitil, congratulations, you're in luck! Everyone qualifies for the $10,000 incentive. These rebates are designed to help those who need it most, making energy-efficient upgrades accessible to everyone. Also, if your household income falls below the state median you could be eligible for much more.

Income Eligibility Guidelines

Curious about whether you qualify based on your household size and income? Modern Energy has got you covered. Check out the table below for a breakdown of income eligibility:

What Kinds of Equipment is Covered?

So, what exactly can you upgrade with these rebates? The program covers installations of Central Heat Pumps and Mini-Split systems. Central Heat Pumps utilize ductwork to deliver hyper efficient hot and cool air to your home. Mini-Splits provide a versatile alternative, allowing for targeted heating and cooling in individual rooms or zones within your home - no ductwork required. With these options, you can customize your upgrade to suit your specific needs and preferences.

With the Whole-Home Median Income Rebate program, achieving a more comfortable, energy-efficient home has never been easier—or more affordable! Whether you're looking to stay cozy in the winter or beat the summer heat, these rebates offer a pathway to savings while reducing your environmental footprint. So, why wait? Take advantage of this opportunity to upgrade your home, enhance your quality of life, and contribute to a greener, more sustainable future.

Explaining The MassSave® Heat Loan

Thu, 23 May 2024 17:00:01 GMT

The MassSave® Heat Loan is available to customers in Massachusetts using Eversource, National Grid, or Unitil as their utility company. This loan offers 0% interest to make energy-saving upgrades a breeze.

What is the Timeframe for the MassSave® Heat Loan?

Currently, the MassSave® Heat Loan is available over a seven-year term. However, starting in 2025, the maximum term will change to 5 years. This means that if you’re considering applying for the loan, you should do so before 2025 if you prefer a longer repayment period.

What is the Maximum Amount for the MassSave® Heat Loan?

The maximum amount for the MassSave® Heat Loan is $50,000 , which can be used to finance Heat Pump systems and Heat Pump Water Heaters. However, the maximum loan amount is scheduled to decrease in 2025 , transitioning from $50,000 to $25,000. We advise customers to take maximum advantage of this opportunity while it lasts. If you have a spacious home or multiple projects in mind, remember that the heat loan can cover expenses such as Heat Pumps, single-pane window replacements, insulation, battery backup systems, and beyond.

What Kind of Improvements can you Finance with the MassSave® Heat Loan?

Central Heat Pump + AC
Ductless Heat Pump + AC
Blown in Cellulose Insulation
Pre insulation barriers
Backup Batteries
Single-Pane Windows

Can the MassSave® Heat Loan be used for Air Conditioning?

While the primary goal of the Heat Loan is to finance heating systems, both Central and Ductless Heat Pumps provide high-efficiency air conditioning across all models . So yes, it is absolutely usable for AC.

Who is Eligible to use the MassSave® Heat Loan?

The program is applicable to customers of Eversource, National Grid, or Unitil . Customers receiving rate assistance are typically not eligible, however they may be able to get a new heat pump system free of charge by contacting their local Community Action Council. If you would like assistance with this, feel free to call us and we're happy to help.

The significance of the MassSave® Heat Loan program extends far beyond individual households. By helping fund energy efficiency upgrades, it contributes to broader environmental goals, helping to mitigate climate change and reduce reliance on fossil fuels. Additionally, by making energy-saving upgrades more accessible and affordable, it promotes economic resilience and empowers homeowners to take control of their energy consumption.

If you're ready to embark on the journey towards a more energy-efficient home, getting started with the MassSave® Heat Loan program is simple with Modern Energy. Our dedicated team of experts is here to guide you through the entire process, ensuring a seamless experience from start to finish. Say goodbye to high-interest rates and hello to zero-interest loans for up to 7 years . With Modern Energy, making environmentally conscious upgrades has never been easier or more affordable. Let us help you unlock the potential of energy efficiency and transform your home today!

Want even more information? Visit MassSave's Website .

Heat Pump Rebates for Worcester Residents [2025]

Tue, 16 Jan 2024 00:11:46 GMT

Heat Pump Rebates for Worcester Residents in 2025

Do you need new heat or air conditioning? Are you a homeowner in Worcester, Massachusetts? Do you enjoy saving money while living more comfortably? Well, you are in the right place! Generous rebates provided via MassSave® and the federal government are helping everyday people in Worcester take advantage of this cutting-edge heating and cooling technology.

What Rebates are Available in Worcester?

MassSave® offers three rebates plus an interest free loan to incentivize heat pump installations. Alternatively, low-income residents can qualify for 100% coverage via the Worcester Community Action Council. Finally, the federal government offers an extra $2,000 Federal Tax Credit via the Inflation Reduction Act. Please note: restrictions apply and not all will qualify for every incentive.

WCAC 100%-Off Low Income Program : If your household is currently receiving a discounted rate on your Heating or Electricity bills, then the Worcester Community Action Council (WCAC) will most likely cover the entire cost of your heat pump installation. We work closely with the WCAC council to provide our eligible customers with this 100%-off incentive.

MassSave® $16,000 Enhanced Heating and Cooling Incentive : If your household is within the median range of income for Worcester ($45,393 - $60,523), then you will most likely qualify for a $16,000 rebate after installation.

MassSave® up to $10,000 Whole-Home Rebate : If your household is above the median income for Worcester ($60,524 and above), then you will most likely qualify for a rebate up to $10,000.

MassSave® Partial-Home Rebate : As an alternative to the above Whole Home rebates, MassSave® offers a Partial-Home Rebate of $1,250 per ton (12,000 BTUs) of heating capacity installed; with a maximum of $10,000. This rebate is designed to work with your original heating system instead of replacing it. If you have a single room that needs help heating or cooling, this is an excellent incentive to take advantage of.

MassSave® 0% Interest Heat Loan : 0% Interest over 5 years; up to $25,000 . This interest-free loan for Heat Pump installation is an excellent option to cover any remaining out of pocket costs.

Inflation Reduction Act Tax Credit : Separately from MassSave®, the federal government is offering a $2,000 tax credit for heat pump installations. The credit amount is 30% of the cost of a heat pump system, up to $2,000. Most installations will qualify for the entire $2,000 Federal Tax Credit.

How to get the MassSave® Heat Pump Rebate on Your Own?

Schedule your No-Cost Home Energy Assessment with MassSave®: MassSave® will send a certified agent to check your home’s insulation level to ensure maximum heating efficiency before your home is sized for a heat pump. MassSave® currently requires attic insulation to be R-49 or better. If your insulation level is below R-49, MassSave® will cover 75% - 100% of the cost to have it updated. Modern Energy has an excellent insulation department and can assist with this step if necessary.
Contact a MassSave® certified contractor : MassSave® only wants people who know what they're doing installing heat pump systems, which is why they made a public list of every contractor in the state installing heat pumps. You can find this list on their website and contact a contractor you deem trustworthy. We recommend contacting at least 2 different contractors to compare quotes.
Research Heat Pump models : Typically, the contractor will give you a proposal including heat pump model numbers. Make sure that the contractor is registered with the manufacturer they're installing and are able to give you access to the extended equipment warranty. Then you'll want to double check the installed equipment against MassSave®'s approved equipment list.
Pay full price for the services : You will pay the contractor up front for the equipment and installation. Once the installation is complete, you will need to submit all required paperwork to MassSave® for their review, and they may send someone out to confirm that the system was installed correctly. Within the next several months they will send you the check for your rebate amount.

The Easier Process with Modern Energy

Schedule your No-Cost Home Energy Assessment with MassSave®: This step is the same as above and is the important first step to efficient heating and cooling. If MassSave® advises you to update your insulation we can do this in-house for you.
Contact Modern Energy : Modern energy is a trusted HVAC provider and has a team of experts ready to assist you in finding the right model of Heat Pump for you. All models we install are on MassSave®’s approved equipment list so are guaranteed to qualify for rebates. Additionally we are a preferred contractor for Mitsubishi, Fujitsu, Carrier, and Bryant heat pump systems giving our customers access to the longest equipment warranties available (usually 12-years).
Start Saving Money : Modern Energy knocks the rebate amount off the price so you will pay less upfront, then we collect the rebate from MassSave®. With our process you won’t be left waiting to get your money; you'll just be loving your new HVAC system.

So, What's Next?

This opportunity from MassSave® won’t last forever. 2025 is expected to bring changes to the rebate offering including a reduction to the maximum amount and term of the 0% Interest Heat Loan. We recommend prioritizing equipment from leaders in the space, such as Mitsubishi, Fujitsu, or Carrier; and only working with MassSave® Certified contractors. If that’s too overwhelming, call us at 508-449-0449 and we’ll take care of you through every step every step of the process.

Heat Pump Rebates for Marlborough, MA Residents [2024]

Mon, 15 Jan 2024 20:37:09 GMT

Heat Pump Rebates for Marlborough Residents in 2024

Do you need new heat or air conditioning? Are you a homeowner in Marlborough, Massachusetts? Do you enjoy saving money while living more comfortably? Well, you are in the right place! Generous rebates provided via MassSave® and the federal government are helping people in Marlborough take advantage of this cutting-edge heating and cooling technology every day.

What Rebates are Available in Marlborough?

MassSave® offers three rebates plus an interest-free loan to incentivize heat pump installations. Alternatively, low-income residents can qualify for 100% coverage via the Marlborough Community Action Council. Finally, the federal government offers an extra $2,000 Federal Tax Credit via the Inflation Reduction Act. Please note: restrictions apply and not all will qualify for every incentive.

100%-Off Low Income Program: If your household is currently receiving a discounted rate on your Heating or Electricity bills, then your local Community Action Council will most likely cover the entire cost of your heat pump installation. Use this link to find your local community action council, Home – MASSCAP. You can also contact us directly and we will help walk you through the process.

MassSave® $16,000 Enhanced Heating and Cooling Incentive: If your household is within the median range of income for Marlborough ($45,393 - $91,200), then you will most likely qualify for a $16,000 rebate after installation
MassSave® $10,000 Whole-Home Rebate: If your household is above the median income for Marlborough ($91,201 and above), then you will most likely qualify for a $10,000 rebate after installation.

MassSave® Partial-Home Rebate: As an alternative to the above Whole Home rebates, MassSave® offers a Partial-Home Rebate of $1,250 per ton (12,000 BTUs) of heating capacity installed; with a maximum of $10,000. This rebate is designed to work with your original heating system instead of replacing it. If you have a single room that needs help heating or cooling, this is an excellent incentive to take advantage of.

MassSave® 0% Interest Heat Loan: 0% Interest over 7 years; up to $50,000. This interest-free loan for Heat Pump installation is an excellent option to cover any remaining out of pocket costs. Please note: this incentive is expected to change to a 5-year term with $25,000 maximum in 2025.

Inflation Reduction Act Tax Credit: Separately from MassSave®, the federal government is offering a $2,000 tax credit for heat pump installations. The credit amount is 30% of the cost of a heat pump system, up to $2,000. Most installations will qualify for the entire $2,000 Federal Tax Credit.

How to get the MassSave® Heat Pump Rebate on Your Own?

Schedule your No-Cost Home Energy Assessment with MassSave®: MassSave® will send a certified agent to check your home’s insulation level to ensure maximum heating efficiency before your home is sized for a heat pump. MassSave® currently requires attic insulation to be R-49 or better. If your insulation level is below R-49, MassSave® will cover 75% - 100% of the cost to have it updated. Modern Energy has an excellent insulation department and can assist with this step if necessary.
Contact a MassSave® certified contractor: MassSave® only wants people who know what they're doing installing heat pump systems, which is why they made a public list of every contractor in the state installing heat pumps. You can find this list on their website and contact a contractor you deem trustworthy. We recommend contacting at least 2 different contractors to compare quotes.
Research Heat Pump models: Typically, the contractor will give you a proposal including heat pump model numbers. Make sure that the contractor is registered with the manufacturer they're installing and are able to give you access to the extended equipment warranty. Then you'll want to double check the installed equipment against MassSave®'s approved equipment list.
Pay full price for the services: You will pay the contractor up front for the equipment and installation. Once the installation is complete, you will need to submit all required paperwork to MassSave® for their review, and they may send someone out to confirm that the system was installed correctly. Within the next several months they will send you the check for your rebate amount.

The Easier Process with Modern Energy

Schedule your No-Cost Home Energy Assessment with MassSave®: This step is the same as above and is the important first step to efficient heating and cooling. If MassSave® advises you to update your insulation we can do this in-house for you.
Contact Modern Energy: Modern energy is a trusted HVAC provider and has a team of experts ready to assist you in finding the right model of Heat Pump for you. All models we install are on MassSave®’s approved equipment list so are guaranteed to qualify for rebates. Additionally we are a preferred contractor for Mitsubishi, Fujitsu, Carrier, and Bryant heat pump systems giving our customers access to the longest equipment warranties available (usually 12-years).
Start Saving Money: Modern Energy knocks the rebate amount off the price so you will pay less upfront, then we collect the rebate from MassSave®. With our process you won’t be left waiting to get your money; you'll just be loving your new HVAC system.

So, What's Next?

This opportunity from MassSave® won’t last forever. 2025 is expected to bring changes to the rebate offering including a reduction to the maximum amount and term of the 0% Interest Heat Loan. We recommend prioritizing equipment from leaders in the space, such as Mitsubishi, Fujitsu, or Carrier; and only working with MassSave® Certified contractors. If that’s too overwhelming, call us at 508-449-0449 and we’ll take care of you through every step every step of the process.

Unlocking Savings: A Guide to 2024 Massachusetts Heat Pump and AC Rebates

Fri, 05 Jan 2024 18:39:30 GMT

Are you a homeowner in Massachusetts looking to upgrade your heating system while saving money? You're in luck! Massachusetts offers a range of rebates and incentives to encourage the adoption of energy-efficient heat pumps. In this guide, we'll break down the numerous rebate programs available, including federal tax credits and MassSave® rebates.

Federal Tax Credit (Inflation Reduction Act):

Let's start with the federal tax credit, which can put a significant dent in your installation costs. Under the Inflation Reduction Act, homeowners are eligible for a tax credit worth 30% of the system price , up to $1,800. This means that if your heat pump system costs $6,000, you would receive a tax credit of $1,800, significantly reducing your out of pocket expense.

MassSave® Rebates:

The MassSave® program offers rebates to homeowners who install qualifying energy-efficient equipment. To be eligible, customers must receive their natural gas or electricity from Eversource, National Grid, or Unitil. However many municipally owned power companies offer comparable rebates, we encourage customers in towns with municipally owned power companies to reach out to their utility directly.

MassSave Whole Home Rebates:

If you're considering heat pumps as your new primary heating system, you could be eligible for MassSave® Whole Home Rebates. This program offers several incentives, including:

0%, 7-year Heat Loan: Need financial assistance for your heat pump installation? MassSave® offers a heat loan with 0% interest over seven years, allowing you to borrow up to $50,000 for eligible upgrades. Read more about this loan here .
The maximum amount of this loan is being reduced to $25,000 in 2025 - so customers with large homes or multiple properties should begin their projects before the end of the year !

$16,000 Whole-Home Median Income Rebate: For households making below the median income in their city, there's the opportunity to receive a generous $16,000 rebate towards the cost of installing heat pumps as the primary heating system. To learn more about this program and the state-level income guidelines, click here .

$10,000 Whole-Home Rebate: Even if you don't meet the income requirements for the $16,000 rebate, you could still qualify for a $10,000 rebate , making the transition to heat pumps more affordable.

MassSave Partial Home Rebates:

For homeowners opting for partial upgrades, MassSave® offers rebates based on the capacity of the installed heat pump. You could receive $1,250 per ton of capacity installed, providing additional savings to offset your investment. Please note that this partial rebate cannot be combined with either of the whole-home rebates.

Navigating the Rebate Process:

Now that you're familiar with the relevant state and federal rebates, how do you go about claiming them? The process may seem daunting but at Modern Energy we help you through every step of the process . As a trusted provider of HVAC solutions, we pride ourselves on making the transition seamless and hassle-free for our customers. Our team of experts will assist you in selecting the right heat pump system for your home and ensure that you maximize all available rebates and incentives. What's more, with our 100% upfront financing which is available for most of customers, there's no need to wait to start enjoying the benefits of energy-efficient heating. With Modern Energy by your side, you can rest easy knowing that you're making a smart investment in the comfort and sustainability of your home.

Investing in energy-efficient heat pumps not only benefits your wallet but also contributes to a greener, more sustainable future. With generous rebates available through federal and state programs like MassSave® and the Inflation Reduction Act, there's never been a better time to make the switch. By leveraging these incentives, Massachusetts homeowners can enjoy enhanced comfort and energy savings while reducing their environmental footprint. So, why wait? Start exploring your options today and unlock savings today!

Heating and Cooling Made Easy: Your Guide to Central Heat Pumps and Mini-Splits

Wed, 15 Nov 2023 18:53:24 GMT

Heating and Cooling Made Easy: Your Guide to Heat Pumps and Mini-Splits

Choosing the right heating and cooling system for your home can feel overwhelming, with technical jargon and numerous options to sift through. Two common terms you'll encounter are Central Heat Pumps and Ductless Mini-Splits . While related, these terms have distinct meanings.

What is a Heat Pump? How do Heat Pumps work?

The term Heat Pump refers simply to the compressor technology used in the outdoor compressor unit, and the method of transferring compressed refrigerant indoors to control temperature. This process allows them to provide both heating and air conditioning with unprecedented efficiency. Unlike traditional systems, they don't run on fossil fuels but instead use a minimal amount of electricity, making them more wallet friendly.

Heat Pumps can either be central, meaning the outdoor compressor connects to an indoor air handler in turn linking into ductwork; or they can be ductless, which means the compressor unit connects directly to multiple indoor units which deliver the air. Both systems are Heat Pumps and therefore provide both heating and cooling with excellent efficiency.

Unlike traditional systems, they don't run on fossil fuels but instead use a minimal amount of electricity, making them more wallet friendly. Heat Pumps prioritize eco-friendliness and efficiency, making them a smart choice for your home.

What are the advantages of Heat Pumps?

Revolutionary Efficiency : Heat Pumps boast 3 to 5 times higher efficiency compared to traditional heating and cooling systems.
Cost Savings : By transferring heat instead of generating it, Heat Pumps promise substantial cost savings.
Environmental Benefits : Reduced energy consumption leads to lighter utility bills and contributes to a greener planet by curbing reliance on fossil fuels and lowering greenhouse gas emissions.
Versatility : Heat Pumps provide both heating and cooling functionalities within a single system, offering a comprehensive solution for climate control needs.
Seamless Integration : Modern Energy offers tailored solutions to seamlessly connect Heat Pumps with existing ductwork, ensuring a hassle-free transition to enhanced energy efficiency.

What are Mini-Splits?

Mini-Split systems also called Ductless Heat Pumps or split AC are dependable tools in controlling your home's climate. They feature an outdoor compressor unit and up to 5 indoor units linked by refrigerant lines, offering unparalleled flexibility. Each indoor unit operates independently, allowing you to adjust the temperature according to your preferences in different rooms. Whether you want to heat up your study or maintain a cool atmosphere in your bedroom, Mini-Splits provide tailored comfort without the need of ductwork. Enjoy customized comfort!

What are the advantages of Mini-Splits?

Flexibility : Mini-Split systems offer flexibility, allowing you to control the temperature in every room of your house individually.
Energy Efficiency : These systems are energy-saving champions, helping you save money on your energy bills.
Easy Installation : No bulky ducts are needed during installation, making the process quick and hassle-free.
Improved Indoor Air Quality : Without ducts, there's less dust flying around, resulting in cleaner and fresher indoor air.
Ultimate Comfort and Savings : Mini-Splits combine comfort and savings, providing the best of both worlds for your home.
Top-Notch Quality : Modern Energy's Mini-Split systems are of the highest quality, offering systems from Mitsubishi, Carrier, Fujitsu, and Bryant. All of our systems come with a generous 12-year compressor warranty.
Whisper-Quiet Operation : Designed to be whisper-quiet, these systems ensure a peaceful vibe at home.

How Do Heat Pumps and Mini-Splits Differ?

The terms "Heat Pump" and "Mini-Splits" in many cases refer to the same thing. Like how all squares are rectangles but not all rectangles are squares; all Mini-Splits are Heat Pumps, but not all Heat Pumps are Mini-Splits. Central Heat Pumps work with a single outdoor compressor unit connected to an indoor air handler and ductwork. In contrast, Mini-Splits consist of an outdoor compressor unit and individual indoor units installed in specific rooms, operating independently without ducts. Both are technically Heat Pumps given due to the outdoor compressor technology used, but their method of air delivery differs. Your choice between them depends on factors like your home's layout, the presence of existing ductwork, and your specific heating/cooling needs. Need help deciding? Contact Modern Energy at 508-449-0449 .

Do I need ductwork to install a Heat Pump?

No, You don't necessarily need ductwork for a Heat Pump installation. Mini-Splits are capable of efficiently distributing both hot and cool air throughout your entire home without any ductwork present. However, if you already have ductwork that you'd like to utilize, a Central Heat Pump system can be easily implemented.

Is a Heat Pump better than electric resistance heat?

Cost-effectiveness : Heat pumps exhibit 3-4 times greater cost-effectiveness than electric resistance heating methods.
Economic Benefits : This enhanced cost-effectiveness results in substantial economic benefits for homeowners.
Environmental Impact : Heat pumps contribute to a reduced carbon footprint compared to electric resistance heating.

Is a Heat Pump better than oil heat?

Efficiency : Heat pumps are 1.5 to 2 times more efficient than oil heating systems.
Cost-effectiveness : They save money by using less energy to produce heat.
Environmental impact : Heat Pumps have a lower impact on the environment because they don't burn oil, reducing pollution.
Sustainability : They're a preferred choice for those prioritizing sustainability in their heating options.

Is a Heat Pump better than natural gas heat?

Energy Efficiency : Heat pumps are highly energy-efficient, meaning they can provide the same amount of heating using less energy compared to natural gas systems.
Air Conditioning: Heat Pumps can provide both heating and cooling, acting as both a heater in the winter and an air conditioner in the summer. Natural gas systems typically only provide heating, so Heat Pumps offer an additional benefit in warmer months.
Environmental Friendliness : Heat pumps use renewable energy sources such as the heat in the air or ground, making them more environmentally friendly than natural gas, which is a fossil fuel. They also emit fewer greenhouse gases, contributing to a cleaner environment.

Are Heat Pumps noisy?

The majority of Heat Pumps boast a sound rating of less than 60 decibels for the outdoor unit, which is equivalent to the volume of a normal conversation. With Modern Energy, you can trust that we'll install Heat Pump that operates at whisper-quiet levels, ensuring minimal disruption to your peace and quiet.

What happens if the Heat Pump breaks down?

When your Heat Pump faces a breakdown, trust in the reliability of Modern Energy to come to your rescue. Our team of expert technicians is equipped with the most up-to-date tools and knowledge to swiftly diagnose and resolve any issues, ensuring your home remains comfortable and energy-efficient. Plus, all of our technicians are manufacturer trained by Mitsubishi and Carrier to ensure top quality service for all of our customers. With our commitment to excellence, you can rest assured that your heating and cooling needs are in good hands. Plus, with our industry-leading 12-year warranty, you'll have added peace of mind knowing that your investment is protected for the long term. Experience the difference with modern energy—keeping your home running smoothly for years to come.

How will the Heat Pump look when installed?

We at Modern Energy know the importance of aesthetics and we don't want you to choose comfort over the vibe of your home. Click here to know more about the options available.

Which type of Heat Pump is most suitable for my home?

Before making a choice, it's important to consider several factors. One significant factor is whether your home already has ductwork. Homes with ductwork will likely want to utilize a Central Heat Pump. If your home doesn't have ductwork, than a Ductless Heat Pump system will likely be ideal. Larger homes with sections lacking ductwork may benefit from a hybrid approach. You can read more about the different types of heat pumps available here or call us at 508-449-0449 .

Are Heat Pumps efficient in extreme winters?

Absolutely, advancements in Heat Pump technology have revolutionized their performance, especially in extreme winter conditions:

Enhanced Efficiency : Modern Heat Pumps are designed to operate efficiently even at temperatures as low as -15°F , thanks to technological advancements in compressor and refrigerant technology.
Improved Reliability : With innovations in defrosting systems and variable-speed compressors, Heat Pumps can maintain optimal performance even in subzero temperatures.
Manufacturer Performance : Brands like Mitsubishi and Fujitsu have made significant strides in cold-climate Heat Pump technology. Mitsubishi's systems can effectively operate in temperatures as low as -13 degrees Fahrenheit, while Fujitsu units are capable of functioning in temperatures as low as -15 degrees Fahrenheit.
Year-Round Comfort : These advancements ensure that homeowners can rely on their Heat Pumps not just for cooling in summer but also for efficient heating in the harshest winter conditions, providing consistent comfort throughout the year.