Heat pumps are good for your wallet & the world
• Heat Pumps are Same as High Efficiency Furnaces
• They’re the cheapest and most efficient way to handle both heating and cooling for your home
• They’re also better for the environment
• They do not require any additional work if you have ductwork in place
• They’re the cheapest and most efficient way to handle both heating and cooling for your home
• They’re also better for the environment
• They do not require any additional work if you have ductwork in place
How Does a Heat Pump Work?
With the right heat pump and system design for your home and regional climate, a backup heating system should not be necessary.
• You can use a heat pump as the sole heating and cooling appliance in your home, or you can combine a heat pump with an existing heating system. Many homes with existing ductwork for forced-air HVAC systems can be adapted to heat pumps. Ductless heat pump systems, called mini-splits, can provide heating and cooling in a home without ducts, or add climate control to rooms that the main system doesn’t reach.
• Living with a heat pump is a bit different from using a traditional heating system. A modern heat pump is most efficient when your thermostat is set at a constant temperature—it actually saves energy if you don’t turn it down overnight. They also blow cooler air than furnaces and run almost constantly at a low level, rather than blasting heat for short periods throughout the day.
Key Features of Heat Pumps
Discover the benefits of our high-performance heat pumps, delivering efficient heating and cooling, advanced temperature control, eco-friendly operation, and reliable year-round comfort.
High Efficiency, up to 20 seer / 10.5hspf
Heating Range
-22°f - 75°f
-22°f - 75°f
Cooling Range
5°f - 129°f
5°f - 129°f
Horizontal Discharge Air on The Outdoor Unit
Ultra-Heating and Cooling Capabilities
Conventional, 24 vac Thermostat Control
Unlocking the Power of Heat Pumps
Discover how heat pumps provide both heating and cooling capabilities, offering cost-effective operation compared to furnaces, space-saving design, and their rising popularity in energy-efficient home solutions
Heat pumps can heat & cool your home
While a furnace is designed to generate only heat, a heat pump warms your home in winter and cools it during the summer months. During hot weather, a heat pump operates in an identical manner to an air conditioner, by reversing the pressure and the flow of refrigerant through its coils. This can be a big benefit for homeowners who would otherwise need to purchase a separate air conditioner.
Heat pumps require less space
Furnaces, which are typically installed indoors, can take up a lot of square footage because manufacturers and local building codes often require a 30-inch clearance on all sides for fire safety purposes. The compressor part of a heat pump, which is located outdoors but close to the house—in a similar manner to an air conditioner—requires a minimum 24-inch clearance around its outdoor unit. Since a heat pump’s indoor air handler does not use combustible fuel or generate its own heat, it doesn’t need additional safety clearance. Depending on the type of air handler that comes with your heat pump, you might be able to mount it high on the wall so the unit doesn’t encroach on any floor space.
Furnaces cost more to operate than heat pumps
Generating heat requires a lot of fuel, but because a heat pump doesn’t generate heat, it only needs enough electricity to circulate the refrigerant through its pressurized lines. A heat pump uses much less energy than an electric or gas furnace. While exact operating costs depend on the climate where you live, the unit’s efficiency, and local utility costs, for a single winter season, heating costs run an average of $1,550 for a propane furnace, $850 for a natural gas furnace, $900 for an electric furnace, and just $500 for a heat pump. Since heat pumps work on the same principle as air conditioners during the summer months, the costs to cool your home with either will run about the same—$300 or more, depending on your climate.
Everyone is talking right now about heat pumps
Everyone is talking right now about heat pumps
“Heat pumps use small amounts of electricity to move heat from one space to another.” – (c) Forbes
“According to the Department of Energy, heat pumps use about 50% less energy than furnaces or natural gas systems and can help you cut energy and utility bills. ” – (c) Modernize.com
“The more people take advantage of the heat pump tax credit over the coming decade, the better for cutting emissions.” – (c) Cleantechnica
“Heat pumps use small amounts of electricity to move heat from one space to another.” – (c) Forbes
“According to the Department of Energy, heat pumps use about 50% less energy than furnaces or natural gas systems and can help you cut energy and utility bills. ” – (c) Modernize.com
“The more people take advantage of the heat pump tax credit over the coming decade, the better for cutting emissions.” – (c) Cleantechnica
We recommend to choose The Best Option
Carrier Infinity® 24 Heat Pump With Greenspeed® Intelligence
• The Infinity 24 heat pump with Greenspeed intelligence takes Carrier’s most advanced technology to the next level. If it looks like next-gen technology, that’s because it is.
• Greenspeed intelligence is created by pairing adaptable-speed technology with the Infinity® System Control. The unique, variable-speed compressor of this unit, allows it to literally adapt its output to the needs of the home. With tiny adjustments between 25 and 100% capacity, it gives the home only the amount of cooling or heating necessary.
• This allows the system to operate longer at steadier, lower capacities, which ensures incredible energy efficiency and quiet operation with tighter temperature control than standard systems.
• Greenspeed intelligence is created by pairing adaptable-speed technology with the Infinity® System Control. The unique, variable-speed compressor of this unit, allows it to literally adapt its output to the needs of the home. With tiny adjustments between 25 and 100% capacity, it gives the home only the amount of cooling or heating necessary.
• This allows the system to operate longer at steadier, lower capacities, which ensures incredible energy efficiency and quiet operation with tighter temperature control than standard systems.
Our Best Seller Most Budget Friendly
With GREE’s inverter technology and horizontal discharge design, the FLEXX delivers up to 20 SEER efficiency with 24 VAC flexibility. The FLEXX is ideal for add-on replacement and new construction with ULTRA heating & cooling capabilities, a quietoperation and small outdoor footprint.
Here are some examples of technical characteristicsof the FLEXX 36HP230V1AO model:
• 24 VAC THERMOSTAT CONTROL
• UP TO 20 SEER/10.5 HSPF EFFICIENCY
• ULTRA HEATING & COOLING CAPABILITIES
Here are some examples of technical characteristicsof the FLEXX 36HP230V1AO model:
• 24 VAC THERMOSTAT CONTROL
• UP TO 20 SEER/10.5 HSPF EFFICIENCY
• ULTRA HEATING & COOLING CAPABILITIES
Flexx Technology
Inverter technology provides FLEXX central AC and heating systems with innovative HVAC capabilities.
Flexx Advantages
Experience FLEXX’s best central air conditioner unit and all its advantages.
