Geothermal System Installation
Alternative Heating and Cooling Solutions for Your Home
Geothermal systems are efficient methods that are beneficial for saving on your utility bills. Depending on where you live, a geothermal heat pump can supplement your traditional HVAC system, supplying nonintrusive comfort all year-round. Service Experts specializes in geothermal heating and cooling installation as well as maintenance, making you feel right at home with this alternative HVAC technology.
With our Service Expert Guarantee, fast response times, and team of ACE-certified, licensed, insured, and bonded technicians, let our team be your go-to source for reliable and effective geothermal services.
The Geothermal Installation Process
Geothermal HVAC systems are advanced, but their installation process is straightforward. Here's what you can expect during geothermal installation:
- Introduction and Planning: The introductory step will be meeting with one of our geothermal HVAC system technicians to determine the size of the geothermal system needed to heat and cool your home.
- Loop Choice: We'll help you decide on the best setup for your home, depending on the availability of land and water resources, whether it's horizontal loop, vertical loop, or pond loop.
- Free Quote on Size and Cost: We’ll provide a free quote tailored to yours for maximum energy efficiency. Geothermal systems can work with your current setup or replace it entirely, depending on your climate.
Our experts are ready to guide you through every step of the process, ensuring your new geothermal system delivers maximum efficiency and comfort for your home.
Ready to explore the possibilities? Call us at (866) 963-7996 to request a consultation!
Make the Upgrade and Annual Maintenance Easier
Don't let upfront costs prevent you from enjoying the long-term benefits of geothermal energy. Our Service Experts Advantage Program™ transforms major equipment investments into manageable monthly payments, making geothermal systems accessible without large initial expenses.
Ground-Source Heat Pumps vs. Water-Source Heat Pumps
When choosing between a ground-source or water-source model, it’s important to carefully consider their differences to determine which is best for your needs.
Ground-Source Heat Pumps
At 5 feet below ground, the temperature is much more consistent throughout the year. Ground-source heat pumps use this consistency to transfer heat in or out of a building. In heating mode, they pump underground heat into the building, while cooling mode reverses the process to store heat underground for later use.
Water-Source Heat Pumps
Ponds, lakes, and other bodies of water can also offer consistent internal temperatures. Water-source heat pumps are especially beneficial for cooling, as long as there's a nearby body of water that's at least ½–¾ of an acre and 8 feet deep.
Despite the name, geothermal heat pumps are 2-in-1 systems that provide both heating and cooling.. We can help you choose the best option for your specific property and needs, ensuring optimal performance and energy savings year-round.
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Geothermal and solar HVAC are the most up-to-date sustainable HVAC developments in heating and cooling.
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The ultimate efficiency of adding solar panels to your home depends on the regional climate of where you live. Feel free to give us a call to schedule a quote and start the conversation about a solar energy installation.
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Solar energy can be used for solar HVAC systems as well as other compatible equipment such as solar-powered water heaters.
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Pros:
- Renewable energy source
- Reduced monthly electric bills
- Lower maintenance needs
- Incentive programs like state and federal tax credits
Cons:
- Upfront installation costs
- Weather-dependent efficiency, making climate/region a factor
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Solar technology converts sunlight to electrical energy through either PV (photovoltaic) panels or through mirrors that concentrate solar radiation. PV is used in solar panels, which are the most common solar energy system. The energy from the sunlight is absorbed by PV cells, which stimulates the cells’ electrons and produces electrical energy. When paired with battery storage, the process can even generate backup power for use at night and during outages.