Safe Geothermal
in
Salt Lake City, Utah
At AAA Cool Heat Plumb we believe having a well-functioning Heating and Cooling system not only keeps your home at a comfortable temperature but is better for the health of your family and pets. The safety of our service will minimize your stress.
Salt Lake County Geothermal Safety Experts
Geothermal Heat Pumps quietly and reliably harness the renewable energy generated by the sun that is stored in the ground near the Earth’s surface. They significantly contribute to a cleaner environment by saving energy, cutting fossil fuel use, and reducing carbon emissions.
Geothermal Heat Pumps are self-contained units that efficiently heat and cool homes and commercial buildings, while also providing hot water. They utilize standard electronic thermostats and duct systems, making them suitable for retrofitting standard heating, ventilation, and air conditioning (HVAC) systems. Geothermal Heat Pumps can be sized to heat and cool any building in any climate.
Unlike conventional heating and cooling systems that rely on outside air to absorb and release heat, Geothermal Heat Pumps transfer heat from and to the ground. This is done through closed loops of plastic pipes buried horizontally or vertically below the frost line, where temperatures remain consistently between 40° and 80°F, depending on your location. Known as ground loops, these pipes are tightly sealed and connected to the geothermal heating and cooling system inside the building. Water circulates through the underground pipes in the ground loop.
During the summer, the system operates in cooling mode, transferring unwanted indoor heat outside via the water in the pipes, which is cooled by the earth. This cool water is then circulated back to the geothermal system indoors to provide efficient air conditioning. In the winter, the process reverses in heating mode. The earth heats the water circulating through the pipes, which is then transferred to the geothermal system to provide indoor space heating. Hot water can also be provided with little to no additional monthly energy cost.
Although there is a higher initial cost for Geothermal Heat Pump systems due to excavation or drilling for ground loops, energy savings can quickly offset the difference compared to conventional systems. Typical residential Geothermal Heat Pump installations can recoup their costs in 4 to 7 years, and even sooner with federal, state, and utility rebates.
Homeowners
Salt Lake City’s summer and winter temperatures can be devastating for families without a reliable Heating and Cooling system. In Utah, modern Heating and Cooling is not just for your convenience—it’s for your safety. AAA Cool Heat Plumb can provide a modern and energy-efficient to heating and cooling your home: Geothermal. If you want to lower your utility bills, increase your property’s value, and give yourself peace of mind, contact AAA Cool Heat Plumb and connect with a technician who can fulfill all your HVAC needs.
Business Owners
A Salt Lake City business needs a reliable Heating and Cooling system. Neither uncomfortable heat nor freezing temperatures will appeal to customers. Keep both your employees and your customers safe by maintaining a controlled, cool environment. AAA Cool Heat Plumb can offer commercial A/C systems with quality service from our expert technicians. If you want a modern and energy-efficient HVAC system, try Geothermal. Contact AAA Cool Heat Plumb to be connected with a technician who will best fit your needs.
Is geothermal cooling and heating worth the cost?
While upfront costs are higher than traditional systems, geothermal can reduce energy bills by 40–70% and often pays for itself in 5–10 years.
How long do geothermal systems last?
The indoor heat pump typically lasts 20–25 years, and the underground loop can last over 50 years with minimal maintenance.
Are there tax credits or incentives for installing geothermal in Utah?
Yes. Federal tax credits, state rebates, and local utility incentives are usually available to Utah residents.
In the winter, the heat from the ground is pulled to the ground loop, which is filled with refrigerant. The heated refrigerant is then returned to the home through a ground loop. The inside compressor unit then takes the heat from the refrigerant and moves the warm air through your system. This process is reversed during the summer to remove heat from your home.
A ground loop is drilled between 70 to 100 feet into the ground using a small drilling rig. The footprint is a three-foot diameter hole at the surface and a trench that leads to the home. The loop is filled with environmentally friendly R-410A refrigerant.
The compressor is an integral part of the system. It is the component that pumps the refrigerant through the earth loops and throughout the home’s indoor heat exchanger. It modulates the amount of refrigerant in circulation to assure optimum efficiency at all times.