Heat Pump Installation in Charlotte, NC

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Heat Pump Installation in Charlotte, NC

When you need a cost-effective, efficient HVAC system that offers both heating and cooling in one package, consider a heat pump. They are a great choice for the Charlotte area, especially for homes that do not have access to natural gas service.

At Acosta Heating & Cooling, we are proud to feature the latest high-performance heat pumps from top manufacturers like Lennox and Rheem. We offer heat pump installation services throughout the greater Charlotte area, complete with free installation estimates and attractive financing options. With more than 45 years of HVAC service experience, you can count on us for new heat pump installations that are professional, energy-efficient, and reliable.

Are you curious about heat pumps and their advantages? Call Acosta Heating & Cooling today at (704) 527-7401(704) 527-7401 or contact us online to discuss our available heat pump systems and their features!

How Does a Heat Pump Operate?

Heat pumps are actually quite similar to an air conditioner, though they have the added benefit of offering both heating and cooling. In the summer, they can provide cooling and humidity control just like a standard central air unit. A refrigerant absorbs the heat from inside your home, then it’s transferred to the outdoors to be released at the condenser.

In the winter, the opposite happens. Heat is drawn from the outside air and brought inside to keep your home warm and cozy. Heat pumps offer great performance in both heating and cooling mode, and because they do not generate heat, like an electric coil-type heater, they are extremely efficient. Instead, they simply move the heat from place to place.

Heat pumps have several advantages for the average homeowner, including:

  • Heating and cooling in one system – This makes for a cost-effective HVAC solution, condensing service and maintenance to just one system.
  • High energy efficiency – In cooling mode, heat pumps offer a rating of 14 to over 20 SEER, similar to an air conditioner. In heating mode, they feature an HSPF of 8 to 10, and they use significantly less electricity than a resistance-based electrical heater for the same output.
  • No gas connection required – Heat pumps use electricity only, so there is no need to have a natural gas connection available or to store propane at your home.
  • Effective performance – Today’s heat pumps feature great performance in both hot and cold weather, and they offer backup electric heat for extremely cold temperatures. They provide excellent comfort, air quality, and humidity control.

To learn if a heat pump is the best choice for your home in Charlotte, Stallings, or Weddington, contact us today!

Heat Pump Installation Services in the Charlotte Metro Area

Acosta peace of mind guaranteeInstalling a heat pump requires the proper equipment for the job, plenty of experience, certification for refrigerant use, and an HVAC permit from local authorities. It is not a job for the do-it-yourself enthusiast or the novice. At Acosta Heating & Cooling, we can provide a proper heat pump installation with a system that is sized correctly, installed safely, and tested to verify that is working within specifications. Quality installation, along with regular maintenance, ensures that you can depend on your heat pump for reliable performance and that your system is fully protected by the manufacturer’s warranty.

Contact us today for your free heat pump installation estimate!

Schedule a Heat Pump Installation in Charlotte, NC

Are you ready to install a heat pump in your Charlotte home? Trust our team at Acosta Heating & Cooling for a quality installation backed by our “Peace of Mind” guarantee.

Call (704) 527-7401(704) 527-7401or contact us online to schedule your heat pump installation!

Heat Pump FAQs

Do heat pumps use a lot of electricity?

If you’re currently running on gas, a heat pump should reduce your fuel costs by 50%, but that doesn’t tell the whole story. The average household consumes 12, 000 kilowatt-hours annually. Most heat pumps need one kilowatt of electricity to generate about three units of heat. Heat pumps transfer rather than create heat, so that number will rise in chilly weather. A geothermal heat pump can improve your running costs and efficiency by drawing warmth from the earth.

Should I install a heat pump or central air conditioner?

Heat pumps are the multi-taskers of the HVAC industry. They can keep your interior climate cool, warm, and dry. Air conditioners perform only one of those tasks, so they’re redundant during winter. Most heat pumps and air conditioners achieve a seasonal energy efficiency ratio (SEER rating) of 175 to 300%. Geothermal pumps push that number up to a maximum of 600%. Air source heat pumps fall short on warmer days, but that expense is balanced by their high installation costs. Air conditioners are slightly cheaper to install but more expensive to run. A high-end geothermal heat pump is the royalty of the trio, and this is reflected in its cost. The results do, however, live up to that price.

What's the best temperature for a heat pump?

The Department of Energy recommends a setting of 68 degrees during winter. This will strike a balance between comfort and energy efficiency, but many families prefer pushing their temperature up to 78.

What temperature should I set my heat pump throughout the year?

Summer: Your heat pump does more than just cool your home. It reduces humidity, as well, so it’s a core part of your summer health. A mid-summer setting of 72 degrees will keep your environment dry and cool without consuming too much energy.

Spring and fall: When outdoor temperatures fall between 50 and 70 degrees, the heat your household requires is the same as the heat your unit can move, so it will consume needless energy. If your indoor climate is pleasantly cool, the Department of Energy suggests turning off your heat pump entirely.

Winter nights: If your home is well-insulated, your heat pump should retain evening temperatures without using much electricity. If your household R-value leaves much to be desired, it’s best to turn your unit down by a few degrees overnight.