How Much Does Heat Pump Installation Cost in Rock Hill?

If you're interested in installing a heat pump, you're making a good choice. Not only are heat pumps relatively low maintenance, but they can also improve your air quality. And, as an added perk, they reduce energy costs over time.

Of course, before you take the plunge and buy a new device, it's important to consider the question: what's the cost of a heat pump installation in Rock Hill? The answer depends on the following factors:

By the end of this blog, you'll have a comprehensive overview of the costs involved in heat pump installations.

The first element to consider is the heat pump's size. This is not the actual physical size of the appliance itself; instead, it refers to the tonnage or the amount of heat per hour that the pump extracts from your home. The more the tonnage is, the higher the upfront costs will be. Generally, you'll need about 1 ton (or 12,000 BTUs) for every 1,000 square feet.

While larger heat pumps have higher heating and cooling capacities, this doesn't necessarily mean they suit your home. An oversized heat pumpis likelier to short cycle (or turn on and off at random times), damaging your system and increasing energy costs. You also don't want a heat pump that's too small — undersized heat pumpswill need to work extra hard to meet your demands, ultimately driving up costs. To determine the right heat pump size, you must take the following factors into account:

• Square footage and height of your home
• Number of rooms and windows
• Amount of insulation
• Flooring type

Our team has over 50 years of experience connecting homeowners to the best products for their needs. After examining your home, we can help you find the right-sized head pump, resulting in lower costs, fewer repairs, and higher-quality heating.

Along with the size, it's important to consider the heat pump's efficiency. This refers to how much electricity the heat pump needs to do its job. High-efficiency pumps will require less electricity, leading to lower long-term costs and fewer maintenance and repair needs.To determine efficiency, check the following ratings:

• Seasonal Energy Efficiency Ratio (SEER): Measures cooling efficiency
• Heating Seasonal Performance Factor (HSPF): Measures heating efficiency

The higher the rating is, the more efficient the heating and cooling will be. SEER ratings typically range from 13 to 20+, while HSPF ratings range from 7.7 to 10+. In the South Carolina region, you should aim for a SEER rating of at least 14 and an HSPF rating of at least 8.

Like many appliances, heat pumps are powered by electricity. The most common type of heat pump is an air-source pump, which absorbs heat from outdoors during the winter and releases heat outside during the summer. Generally, these heat pumps need a minimum 240-volt, 30-amp circuit; larger systems may require more power.

Depending on your home's electrical system, you might need modifications to support the new heat pump (which can add to installation costs). Before installations, we always check your electrical work to ensure it's sufficient. You can also count on us to give you honest, expert recommendations regarding necessary adjustments.

In addition to electrical work, you may need to undergo some ductwork modifications before enjoying your new heat pump. If there are issues with your ductwork, you can lose many of the energy efficiency benefits of heat pumps. For example, leaky ductwork allows hot and cool air to escape the home, leaving you uncomfortable and increasing energy costs. Our team may recommend these renovations if your ductwork meets the following conditions:

• Clogged with dirt and debris
• Lacks insulation
• Incorrectly sized
• Improperly installed
• Has leaks

In addition to improving energy efficiency, ductwork modifications can boost air quality and comfort, making them well worth the extra cost. And, thanks to our 1-year No-Lemons guarantee and extended labor warranties, you can rest assured you're protected after the installation is complete.