If you’re considering a new heating and cooling system for your Lake Geneva, WI, area home, a heat pump is an efficient solution. These systems transfer heat energy in two directions. In the wintertime, they warm your home. In the summer months, they work as an air conditioner. Here is how a heat pump works.

Transfer Heat Energy

Heat pumps don’t generate heat. Instead, they transfer it from one location to another. They do this with a chemical refrigerant and coils. The refrigerant is contained within tubes that pass around the coils.

Winter Heating Functions

In the winter, the air-source heat pump absorbs heat energy from the outdoor air. The refrigerant becomes a warm gas. From there, the pump circulates it to the evaporator coil, which is inside your home. The air handler blows air across the warm coils. That warmed air is pushed through your home’s ducts and vents. It then reaches your living space. Once the heat energy is released from the refrigerant, it’s cold. It passes into the condenser coil, which is outdoors. It can then absorb more heat from the outdoor air. This completes a heating cycle.

Summer Cooling Functions

Heat pumps have a reversing valve. This allows their cycle to reverse during the summertime. In the summer, the chemical refrigerant is a liquid in the evaporator coil. The air handler blows air across the cold coil. It absorbs heat and humidity from inside your home. The refrigerant turns into a warm gas. The humidity condenses when it contacts the cold coil. The water collects in the air handler’s drain pan and empties through the condensate line into your home’s wastewater system. The warm refrigerant passes to the outdoor unit, which releases the heat to the outdoors.

Dignified Heating & Cooling is the trusted installer of cost-effective heat pumps in Lake Geneva and the surrounding areas. We’re also here to provide you with reliable heating and air conditioning maintenance, repair, and replacement services. Customers turn to us for boilers, hydronic, and indoor air quality solutions. For more information about how heat pumps work, give us a call today.

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