A dual-fuel heating system is a combination of a standard electric heat pump and a backup furnace that typically uses propane. It switches between the two sources, depending on your desired temperature. However, when deciding whether or not you should get a dual-fuel heating system, there are a few advantages and disadvantages that you should consider.

Should You Invest in a Dual-Fuel Heating System?

Keep reading as AC & Refrigeration Works, a dependable HVAC company in the area discuss what you need to know.


Maximized comfort, energy efficiency, and lower energy bills are the main benefits you can receive when you invest in a dual-fuel heating unit. This is because the gas portion of a dual-fuel heat pump only operates as needed, which means less electricity consumption. 

Moreover, the gas furnace works more efficiently than emergency heat strips, which are commonly found in traditional heat pumps. That means a dual-fuel heat pump can cool down a house just as quickly as a regular air conditioner unit because it reverses the heat over coils and combines with refrigerant to reduce your indoor temperatures. If you want better indoor air quality and a more comfortable environment, then a dual-fuel heating system is a smart purchase. 


Most dual-fuel heating pumps operate on whatever fuel supply is needed depending on the system programming. In this setting, large amounts of gas burn when the temperature is too cold or too warm. In turn, this may increase your total energy costs. 

Furthermore, dual-fuel heating units are new compared to their more conventional counterparts. Not all HVAC companies provide services for this type of heating system. However, if you live in a bigger, busier city, you can easily find a reliable contractor providing services for dual-fuel heating systems. 

With air conditioning repair services and other HVAC solutions, AC & Refrigeration Works is your best local option. Let us know how we can assist you. Call us at (956) 255-7227 or fill out our contact form to schedule a consultation.