Living in or around Colorado Springs may be relaxing, but the cold winters can be a real problem. There are a few ways to deal with the cold weather, but the most common is a forced air unit such as central heating or an HVAC (heating, ventilation, and air conditioning) system. This type of Heating Installation in Colorado Springs requires the use of air ducts to distribute the treated air, and this is one reason these heating appliances are so popular. The use of air ducts allows keeping the whole building evenly heated.
Unfortunately, no comfort appliance will last forever. Once it begins to fail, it is time to think about a replacement Heating Installation in Colorado Springs. Now is the best time to make a decision about the type of appliance that will replace the old one. Considering the rising costs of fuel and electricity, it may be a good idea to consider efficiency as well as effectiveness. Two alternatives to the central unit come to mind: the split or ductless appliance and the heat pump.
Experts such as Parkey’s Heating & Air Conditioning consider the heat pump as the best option for saving energy. This comfort system uses an external heat sink for collecting or releasing heat. In most cases, this is the air around the unit, but other options such as soil or water are available. One possible disadvantage to the use of a heat pump is the need for a delivery system. This is similar to the air handler in most HVAC units, and most models can be adapted to fit the current environment, including the existing air ducts.
Split or ductless appliances are rather like combining the heat pump with an HVAC. First, they use a chemical refrigerant to collect heat, just like an air conditioner. However, they are reversible like the heat pump so they can easily heat and cool the home. Unlike centralized systems, the ductless appliances use separate delivery units to supply treated air to individual zones. That is, they don’t require air ducts to heat or cool the house. Click Here and learn more about efficient heating systems.
