Top 10 best dual fuel heat pump in 2023: Which One Is For You?
Adam Sandler Mar 29, 2023 6:32 PM
Are you looking for the best dual fuel heat pump? Look no further! This blog post reviews the top picks, so you can find the perfect one for your needs and budget.
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Last update on 2023-03-29 / Affiliate links / Images, Product Titles, and Product Highlights from Amazon Product Advertising API
#1: Direct Comfort 3.5 Ton and 100000 BTU 14 SEER 81% Efficiency Dual Fuel Package Heat Pump
Product specifications:
Voltage :230 Volts
Refrigerant :R-410A
Power Source :Corded Electric
Warranty Type :Limited
Control Method :Remote
Product highlights:
If installed by an experienced installer and registered online within 60 days of installation, this comes with a 10-year parts limited warranty.
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#2: Goodman 4 Ton 13.4 SEER2 100,000 Btu 80% Afue Dual Fuel Package Heat Pump
Product specifications:
Seasonal Energy Efficiency Ratio (SEER) :13.4
Color :Black
Voltage :230 Volts
Product Dimensions :47"D x 51"W x 42.5"H
Product highlights:
Service valves with accessible gauge ports and sweat connections
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#3: Goodman 3 Ton 14 Seer 80,000 Btu 80% Afue Dual Fuel Package Heat Pump
Product specifications:
Power Source :Corded Electric
Model Name :GPD1436080M41
Warranty Type :Seller
Air Flow Efficiency :1050 Cubic Feet Per Minute Per Watt
Item Weight :250 Pounds
Product highlights:
Gas valve with two stages; accessory kit for simple conversion from natural gas to propane
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Types of Heat Pumps
Ducted Air-Source Heat Pump
Similar to a central air conditioner in both appearance and operation, this kind of heat pump. A refrigerant line carrying a fluid that transfers heat between the two units connects the two units, which are an outdoor unit and an indoor unit with aluminum fins and coils for heat release and collection, respectively. The turbine in the outside unit both compresses and distributes the refrigerant. The interior unit is connected to the ductwork inside your home, and a blower pumps warm or cold air via the ductwork and out-of-air vents strategically positioned throughout your home. The median cost for the acquisition and installation of a ducted heating system between 2016 and 2021, as reported by CR's member surveys, was $7,791, while brand differences exist.
Ductless (aka Mini-Split) Air-Source Heat Pump
Similar to a ducted system, this type of system can heat and cool the air in your home, but it does not utilize ductwork to do it. Instead, the interior air handlers, often known as "heads," that are placed throughout your house are connected to the outside unit. It's a typical, simple technique to add a heat pump to a house or part of a house without ducts. The air-handler heads are often mounted high on a wall, although some heads may be installed within the ceiling or the floor if the homeowner doesn't like the aesthetic or doesn't have the room. Because they minimize the energy disadvantages associated with ductwork, mini-splits are also more energy-efficient than piped heat pumps. According to HomeAdvisor, the completed cost of ductless mini-splits can vary from $2,000 to $14,500 based on the capacity and the number of zones. CR does not currently have enough brand-specific information to reflect on the costs members spent to buy and install these systems.
Other Types of Heat Pumps
Other heat pump designs have been demonstrated to perform admirably in select circumstances, although they are less prevalent than air-source heating systems.
Underneath, where the temperature is a consistent 50° to 60° F all year round, ground-source or geothermal energy pumps collect and heat up. They are very efficient because, unlike air-source heat pumps, they are not required to make large temperature adjustments. Ground-source systems, however, might be difficult for small lots or those with particular types of soils or landscapes since the heat-exchanging pipes are buried beneath (either horizontally or vertically). Ground-source energy systems might cost anywhere from $6,000 and $30,000 or more. Federal and municipal incentives may greatly lower the cost, and the devices are so energy-efficient that even with conservative projections, the cost savings from your electricity bills might pay for the implementation within 10 years.
Unlike ground-source systems, water-source heat exchangers are installed at the bottom of a body of water rather than beneath. These may be simpler and less costly to install than ground-source systems if your property has an adequate body of water.
Similar to air-to-air types, air-to-water heat pumps employ exterior units, but they disperse heat using a hot-water radiator system. Although many homes in the Northeast and Midwest rely on hydronic radiators for heat, air-to-water heat pumps are currently uncommon in the United States.
Why Buy a Heat Pump?
Heat pumps use cleaner electricity and are significantly more efficient than conventional boilers, lowering the carbon footprint of your home. In order to provide heating and hot water for your home, a heat pump extracts heat from the ground or the air at a low temperature, raises it to a higher temperature, and then transfers it there.
What is the downside to a heat pump?
In cold weather, air source heat pumps may experience problems like icing, which could ultimately cause system damage. even though automatic defrosting is a common feature of modern heat pumps. At extremely low temperatures, they will also operate less efficiently and consume more electricity.
