Best 14 Seer Heat Pump in 2023: Buy Now!
Joe Keller Jun 1, 2023 9:44 PM
A heat pump is an HVAC unit that uses a refrigerant to absorb and release heat as it circulates through a system of coils. The coils are connected to an outdoor unit, which either releases or absorbs heat depending on the season. The heat pump is a highly efficient way to heat and cool your home, and the best 14 seer heat pump models can achieve a Seasonal Energy Efficiency Ratio (SEER) of 14 or higher.
In this guide, we will give you an overview of the best 14 seer heat pump models on the market today. We will also provide a buyer’s guide to help you choose the right model for your needs.
Top Choice: Best 14 seer heat pump
Goodman 2.5 Ton 14 Seer Heat Pump System with 2 Ton Multi-Position Air Handler GSZ140301 - ARUF29B14View on Amazon
Senville LETO Series Mini Split Air Conditioner Heat Pump, 9000 BTU 110/120V, Works with Alexa, WhiteView on Amazon
Goodman 2 TON 14 SEER Heat Pump Bundle (GSZ140241 ARUF25B14)+Accessories - Whip, Disconnect, Condenser pad and ThermostatView on Amazon
ApooDr 12000 BTU Mini Split Air Conditioner Ductless Inverter System 16.5 SEER with Heat Pump 110V 1 Ton,with Installation KitView on Amazon
Klimaire DIY 36,000 BTU 17 SEER Mini Split Heat Pump Air Conditoner w/ 25-ft Pre-Charged Quick-Connect Installation Kit - 230VView on Amazon
Last update on 2023-06-01 / Affiliate links / Images, Product Titles, and Product Highlights from Amazon Product Advertising API
1. Goodman Goodman 4 Ton 14 SEER Heat Pump
- Energy-efficient 14 SEER rating helps to reduce energy consumption and utility bills
- Can provide both heating and cooling functions, making it a versatile option
- R-410A refrigerant is eco-friendly and does not contribute to ozone depletion
- Quiet operation thanks to a sound-dampening compressor blanket
- Durable construction with a heavy-gauge galvanized steel cabinet and a high-quality compressor
Pros & Cons
- Energy-efficient with a high SEER rating, which can help to save money on utility bills
- Versatile with both heating and cooling functions
- Environmentally friendly with the use of R-410A refrigerant
- Quiet operation thanks to a sound-dampening compressor blanket
- Durable construction ensures a long lifespan
- Large size and weight may require professional installation
- Higher upfront cost compared to some other heat pump models
2. Goodman Goodman 2.5 Ton 14 SEER Heat Pump
- Energy-efficient compressor with a 14 SEER rating
- Quiet operation with a sound level as low as 74 decibels
- R-410A refrigerant that is environmentally friendly
- Copper tube and aluminum fin coil for efficient heat transfer
- SmartShift technology for reliable defrosting
- Heavy-gauge galvanized steel cabinet with a powder-coat finish for durability
- Compatible with the ComfortNet Communications System for advanced diagnostics and troubleshooting
Pros & Cons
- Energy-efficient and environmentally friendly with a 14 SEER rating and R-410A refrigerant
- Quiet operation for improved comfort
- SmartShift technology ensures reliable defrosting
- Durable construction with a heavy-gauge galvanized steel cabinet and powder-coat finish
- May not be suitable for larger homes or commercial spaces due to the 2.5 ton capacity
- Professional installation is required, which can be costly
- May not be compatible with all thermostats or communication systems, which could limit options for advanced features and troubleshooting.
3. Goodman 2.5 Ton 14 Seer Heat Pump System
- 2.5 ton 14 SEER heat pump system with a 2-ton multi-position air handler
- Energy-efficient compressor and components
- High-density foam compressor sound blanket for noise reduction
- Factory-installed filter drier
- R-410A refrigerant for environmentally friendly operation
- Designed for easy maintenance and serviceability
- 10-year limited parts warranty
Pros & Cons
- High SEER rating for energy efficiency and cost savings
- Quiet operation due to the compressor sound blanket
- Environmentally friendly refrigerant
- Easy maintenance and serviceability for hassle-free operation
- 10-year limited parts warranty for added peace of mind
- May not be suitable for larger homes or commercial applications
- Installation may require professional assistance
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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?
You may have just recently heard about heat pumps if you reside somewhere with frigid winters. Nearly 14% of American households, according to the U.S. Energy Information Administration, utilize heat pumps as their main heating (and cooling) system in 2018. Therefore, if your home already uses a heat pump and you're satisfied with it, replacing it with a similar type, which will certainly be more efficient, is the easiest thing to do when it wears out (often after 10 to 15 years of operation). Based on the results of our member poll, CR members can learn which brands of ducted heat pumps provide their owners the most satisfaction.
Your central AC needs to be replaced (or add new built-in air conditioning). A heat pump functions precisely like an air conditioning unit while it is cooling. Both systems require the same installation procedure. Though the precise amount might vary, installing a heat pump often costs more than installing a central air conditioner with a comparable efficiency rating and capacity. A comparison of numerous models revealed installation cost variations ranging from 2% to more than 35%. If you install a heat pump, some state and local governments and utility providers can provide tax breaks or cash refunds to help offset the expense.
Therefore, if you're going to replace (or add) an AC anyway, whether it be a central system or a room unit, it might make sense to spend a little more money on a heat pump. You can keep your current heating system as a backup for the coldest days and benefit from elevated heating on the fairly mild days of the year (more on this kind of hybrid system later).
You want to make a chilly room warmer. An inexpensive and efficient option to bring climate control to areas of your home where the main system doesn't quite work—like a completed attic, garage workspace, or home addition—is with a ductless, mini-split heat pump.
You either use an electric-resistance furnace or electric baseboard heater or "delivered" fuels like propane or heating oil. These are all pricey methods of home heating, but depending on your location and the price of power, switching to a heat pump is likely to result in long-term financial savings, even after the cost of installation.
Your carbon impact has to be substantially less. A typical home uses about half of its energy for heating. As a result, everything you do to heat your home more effectively and with cleaner energy sources will significantly increase its sustainability. According to 2022 research from the University of California, Davis, replacing a gas furnace with a heat pump will lower the carbon emissions associated with heating a home by an average of 40%. It's one of the most effective strategies to lessen your environmental impact and doesn't call for a lifestyle change.
There are ducts in your house. The United States already uses ducts to deliver heating and cooling in more than half of all houses. For whole-home heating and cooling, a ducted heat pump may be attached to the preexisting ductwork. The sole restriction is that poorly insulated, leaky ducts are detrimental to heat pumps more than any other type of heating system.
You reside in a place where heat pumps are subsidized. Heat pumps often cost more upfront than conventional heating systems, especially ones that perform well in extremely cold areas. For instance, the median cost to buy and install a heat pump was $7,791 among CR members polled as opposed to $6,870 for gas furnaces. A whole-house heat pump for a cold region can cost nearly more than $10,000, according to the people we spoke with. (However, keep in mind that heat pumps also offer to cool.) But a heat pump can be less expensive than alternative heat-only systems with state- or utility-based subsidies, whether they take the form of tax credits or cash refunds. Currently, ground-source heat pump systems are eligible for federal tax breaks but air-source heat pump systems are not.