Thanks to modern engineering and technological advancements, most heat pumps now on the market can keep your family warm through freezing winter temperatures. Heat pumps work by transferring heat from the outdoors to indoors. Because they don’t create heat by burning fuel, they are very efficient. However, more energy is required to move heat from a cold area (outdoors in winter) to a warmer area (indoors).
When it’s below freezing outside, older-model heat pumps cannot keep up once outside temperatures drop below freezing. In order to maintain a comfortable, consistent temperature, they require a backup source when temps are too low. Fortunately, heat pumps have evolved and can be used confidently in even the coldest weather.
Read on to learn more about choosing the best heat pump for the Denver Metro and surrounding areas.
Although the air temperature may be below freezing, it typically stays between 45°F to 75°F below ground. Ground-source heat pumps use that heat from underground to warm your home.
Underground temperatures are consistent. The typical temperature range of 45°F to 75°F provides enough heat to draw from in colder weather and enough cold to pull from in warmer weather, making geothermal heat pumps an excellent choice for even more extreme climates.
Water-source heat pumps can be installed less expensively than ground-source types and provide a more consistent temperature than air-source types. Some heat pumps use water from a lake or pond as their heat source. This could be a good option if you have a body of water on your property.
The most popular type of heat pump uses outside air to heat your home. At one time, they were considered inefficient in extreme cold because the air temperature made it difficult to find heat to transfer inside. For older models, there wasn’t enough heat in the air to keep up. As previously mentioned, technology has solved that issue, and newer air-source heat pump models are ideal for our climate.
Modern air-source heat pumps feature improved coil designs, electric motors, and compressors. Thermostatic expansion valves enable precise refrigerant flow to the indoor coil. Variable speed blowers boost efficiency and counteract the adverse effects of dirty air filters and blocked ducts. Finally, copper tubing used in air-source heat pumps now has internal grooves to increase the surface area available.
Ductless, mini-split heat pumps are great for homes with non-ducted heating systems (radiant panels, space heaters, etc.). Their primary advantage is that they are small and can be used effectively for system-based zoning. They can also be a good choice for homes where installing or adding new ductwork is not feasible.
To get answers to specific questions about how a heat pump system could work in your home, the energy savings you can experience, and more, turn to Indoor Air Quality, Inc. We invite you to review our customer testimonials and contact us for more information and a free quote.