You can install various heating systems, including forced air furnaces, hot water or steam boilers, and air-cooled heat pumps. Heating system installation is best left to professional contractors who understand the different units and their requirements. Look for reliable systems that can meet your demand for heat and hot water. Here are the different types of heating systems for your home:
Furnace Heating Systems
Forced air furnaces are reliable heating systems that heat air and distribute it through ducts. The furnaces use a heating element to heat air and a blower motor to force the air through a system of ducts. Hot air travels through the ducts to the registers in individual rooms, resulting in quick temperature adjustments. Furnace heating system installation features various steps based on the type you choose. Natural gas furnaces are connected to the outlets from the gas lines, while electric furnaces are plugged into dedicated wall sockets.
Forced air furnaces can be powered by electricity, natural gas, fuel oil, and liquid propane. The units are ideal for heating large spaces and are usually compatible with central AC systems. ACs use the same duct system to cool your rooms. Cold air is drawn through inlet vents back to the heating element. Forced air furnaces replaced gravity furnaces that relied on natural gravitational pull and convectional transfers. Forced air systems use powerful blowers for more effective heating.
Heat Pumps
Heat pumps move warm air from outside into your home, resulting in sustainable heating. They can transfer heat from the ground and double as air conditioners during warm months. As ACs, the heat pumps function as heat exchange systems, removing hot air and humidity from inside your home. You can choose from air-source, water-source, and ground-source heat pumps. Ground-source pumps draw heat from the ground, while air-source pumps draw heat from air. Additionally, water-source pumps use a body of water like a well or swimming pool and offer more consistent temperatures.
Heat pumps provide heating and cooling without ductwork and are ideal for controlling temperatures in mild climates. The units are powered by electricity, but natural gas models could be available. Heat distribution is achieved using indoor air handlers, wall-mounted units, and evaporator coils. An outdoor pump draws in air, absorbs heat, and pumps hot air across the evaporator coils in wall-mounted units. You can install a unit to optimize temperatures in each room, which is more energy efficient. Other heating systems distribute heat evenly through the ductwork, while heat pumps enable precise temperature control for each room.
Boiler Systems
Additionally, boilers heat water and distribute the heat through radiators and radiant floor systems. The systems are powered by natural gas, oil, or electricity and are usually more energy-efficient than furnaces. Boilers offer slow reaction times but have consistent heat once the system is operating. Hot water boiler systems are the ideal choice for homes, while steam boilers are for industrial applications that require high heat. Boilers provide even, consistent heat and don’t involve air circulation, which reduces your home’s exposure to allergens.
The systems feature a central boiler that circulates steam or hot water through pipes using electric pumps. Steam or hot water is delivered to radiator units strategically positioned around your home. Classic radiators are made of cast-iron units positioned near windows. You can find modern units that release heat more efficiently. Once the heat is drawn into the radiator, the condensed steam and cool water flow back to the boiler for reheating. Boiler systems usually require a water source and can last several years with regular maintenance.
Schedule Heating System Installation Today
Heating systems maintain indoor temperatures during cold weather. Additionally, you can choose from different systems based on your needs, preferences, and budget. Speak to a reputable contractor today to find out more about heating system installation
