Why heat pumps? We can explain.

Heat pumps are fully electric, highly energy-efficient heating and cooling systems. They also have a bunch of other cool functions, including air filtration and dehumidifying.

Heat pumps work by transferring heat to exactly where you need it. In winter, heat pumps pull air from outside across refrigerant lines, and compress it – creating heat that is then transferred into your home. In the summer, they work in reverse, pulling hot air from inside of your house and dumping it outside to keep you cool. The mechanics are exactly the same as your refrigerator.

That’s the high level, but if you want to dive deep into the nuts and bolts, check out this video.

Yes! A properly sized heat pump can fully replace your furnace while providing both heating and air conditioning.

In some cases, a heat pump can also be paired with an existing furnace to create a hybrid heating system. A qualified contractor can help you determine which option is best for your home.

It’s a common myth that heat pumps don’t work under extreme cold conditions. In fact, under cold weather conditions, heat pumps perform more efficiently than traditional fossil fuel and electric-resistance heating systems. They are a reliable choice for keeping you comfortable in your home from the coldest to the hottest days in the Pacific Northwest.

Energy Smart Eastside helps you stack incentives to maximize your savings when you switch to a heat pump. Visit our incentive calculator page to start exploring.

Heat pumps come in several configurations, including ducted, ductless and hybrid systems. The best option depends on your home’s current heating system, ductwork, layout and comfort needs. A qualified contractor can assess your home and recommend an appropriately sized system.