Mass Save Whole Home Heat Pump Rebates Up to $10,000 Massachusetts program Mass Save is offering homeowners up to a $10,000 residential rebate by installing electric heat pumps (minisplits). The program is offered through the Mass Save residential Heating and Cooling Program and is through Eversource, National Grid, Liberty Utilities, Cape Cod Light and Berkshire Gas. The equipment must be installed in the home by a licensed contractor in 2022. The install can include replacing existing heating systems, or by covering the home with 1-4 units. Home Energy Assessments must be complete prior to heat pump installation for Whole-Home Heat Pump Verification From must be completed, Signed and submitted. Visit MassSave.com to see specific terms and conditions. It’s time to replace that aging furnace, inefficient HVAC equipment or simply add a primary source of heating and cooling to your home that is 3-4 times more efficient. Heat Pumps provide both heating and cooling to your home and are more efficient than an old fuel burning furnace. Now you can provide heating and cooling to your home with more efficient equipment, saving you money, and making the environment and your home safer by eliminating fuel emissions which means cleaner air for both the environment and the inside of your home. Turning to heat pumps means you will have more control over the temperatures of the different parts of your home and you will have greater flexibility to provide heating and cooling to those areas of your home that were previously had problems with under heating or under cooling. So rather than making the entire home one temperature, you have the flexibility to individually control the temperature of each living space to the perfect temperature. The heat pump compressors are variable-speed and reduce energy consumption compared to conventional systems by up to 40% Heat pumps run on electricity so they do not burn fossil fuels which is far better for the environment and most Heat Pumps have an Energy Star rating. A Seasonal Energy Efficiency Rating SEER and other scientific evidence to prove that heat pumps are the energy source of the future for residential and commercial environments. Call for your free in-home heat pump estimate today!

A heat pump is able to transfer thermal energy from inside to outside and also from outside to inside. A heat pump works as an air conditioner by transferring heat from inside to outside. Heat pumps can also be used for heating. When heat pumps are used to heat a building the energy or heat is transferred from outside to inside. Mini Splits are commonly ductless and for this and other various reasons they are highly efficient and rely on electricity to provide heating and cooling thereby reducing the demand on fossil fuels. Typically it has been measured that 1kWh of electricity can transfer 3-6 kWh of thermal energy into a building, this is amazing and highly efficient as opposed to an oil boiler or a window AC unit both of which minisplits are 3-4 times more efficient over. Heat pumps are filled with refrigerant, this gas/liquid is highly controlled by the EPA and you must be licensed by the EPA to purchase and handle the current models on the market. Most of todays heat pumps are currently working with 410-a refrigerant. The heat pumps produce heat by taking the liquid outside and compressing it, making it hot. This hot liquid is transferred inside through a series of copper tubing that must connect the indoor and outdoor units. This hot liquid passes though a coil and is blown with or without ductwork. To cool your home, the heat pump works in the opposite, by compressing the indoor hot liquid and sending it outside to be cooled by the large coil and fan at the outdoor compressor. It is possible that heat pumps could be used in the future to replace most oil and gas fired heating equipment to create a lower carbon footprint. Air sourced heat pump minisplits are relatively inexpensive to install and historically have been the most widely used type of heat pump, modern heat pumps with a low temperature designation are able to provide heat inside your home even when the outdoor temperatures reach down to -15 degrees. In traditional air sourced heat pump systems, the system has a vapor compression device, a compressor and the system includes a reversing valve so that the direction of thermal energy, heat, or cooling, can be reversed. The energy efficiency of a heat pump is measured in SEER – Seasonal Energy Efficiency Rating a heat pump must meet a SEER rating of 14.5 to qualify for an Energy Star rating.