What if we told you that you could own one of the most efficient, most effective, and most versatile HVAC system on the market today?
Hybrid heating systems combine the efficiency of an electric heat pump with the power of a gas furnace to give you exceptional comfort and efficiency, no matter the weather outside.
Installing a zone control system gives homeowners ultimate control over their home heating and cooling systems, increasing efficiency and lowering monthly costs.
If you own a heat pump, you are likely well aware of its benefits: it’s versatile, efficient, and quite effective at providing you with year-round comfort. But, what happens when it gets too cold?
If you are planning on having a new whole-home heating system installed on your property this year, now is definitely the time to act. Whether having a heater installed in a new property, or replacing an old, ineffective heater with a newer, more efficient model, you need to have the job done promptly to ensure that you are able to live comfortably throughout the coldest time of the year.
The most common heating installation found in the U.S. is the gas furnace, but that doesn’t mean it’s the only type of heating system you have to choose from. New technology brings us a couple of other options for central heating, including heat pumps—an air conditioning and heating system in one—or radiant heating systems…
Radiant heating systems have been around a long time, and thanks to advancements in products and technology, there are a few ways in which you can install radiant heat into your home. Radiant heating installation in Raleigh, NC is complicated; in order to ensure that your system has been properly installed, it’s best to hire trained professionals, like the ones at Ideal Services Heating & Cooling.
AFUE stands for Annual Fuel Utilization Efficiency, a rating system used to determine the efficiency of heating systems. It’s measured in a percentage, describing how much of the heater’s consumed energy actually goes into heating the home. An AFUE rating of 90% means that 10% of the energy is lost to waste, while an AFUE rating of 80% means that 20% is lost to waste.