After a successful pilot program in the Pioneer Valley and a survey of interest to our members, Mass Energy has decided to run our new heat pump program in the Greater Boston area. It will cover 80 cities and towns.
Tags: heat pumps
If you’re looking to reduce your energy consumption and want an example of how Mass Energy and People’s Power & Light can help, look no further than the family of Ricard Torres-MateLuna and Christine Hatch. As Massachusetts residents, they joined Mass Energy in 2014. Since then, these members have reduced their environmental footprint and cut down their energy bills not only by making their home more energy efficient, but also by participating in our Discount Heating Oil Service, our Mass Solar Connect program, and our pilot Heat Pump Program (MA only). A RI solar program is coming soon! Subscribe to this blog to hear all about it when it happens.
What is a heat pump?
Heat pumps are a heating technology that can be installed in a room (or several rooms) in your home and move heat into or out of a space. A heat pump can both HEAT and COOL the air in your home. A heat pump can also be used to heat water.
Chances are you already have a heat pump in your home! Refrigerators and air conditioners use heat pumps to cool. It sounds strange to use a “heat” pump to cool, but your refrigerator or air conditioner is actually pulling the heat out of the space you want to keep cool and putting it somewhere else. When you use a heat pump for heat, it’s like running your refrigerator or air conditioner in reverse!
Are there different types of heat pumps?
Yes! All heat pumps move heat, but that heat can come from different sources. Heat pumps can use the temperatures of either the outdoor air or the ground to heat or cool homes or buildings. Heat pumps that utilize outside air are known as "air-source heat pumps." Heat pumps that use the nearly constant temperature underground are known as "ground-source heat pumps." Ground-source heat pumps require a trench or well to operate. Air sour
Tags: heat pumps
There is good reason why the popularity of heat pumps has risen dramatically in recent years. Advancements in technology have made Cold Climate Air-Source Heat Pumps (ccASHPs) a safe, comfortable, convenient, and efficient source of heating, even in cold climates like Massachusetts. Much like your refrigerator, air-source heat pumps work by moving heat into or out of a building. Because they don’t burn fuel, they can improve air quality, both indoor and out. Furthermore, ccASHPs can also cool, dehumidify, and integrate nicely with solar PV systems.