Geothermal Heating and Cooling

1. Site Evaluation and Design

A thorough assessment of your property is conducted to determine the most suitable geothermal system design. Factors include:

  • Climate : To calculate heating and cooling needs.

  • Soil and Rock Type : Impacts heat exchange efficiency.

  • Land Availability : Dictates whether a vertical or horizontal system is appropriate.

2. Ground Loop Installation

The ground loop is the critical component that exchanges heat with the Earth. There are two main types:

  • Horizontal Loops : To calculate heating and cooling needs.

  • Vertical Loops : Drilled deep into the ground, suitable for smaller spaces or urban areas.

Other specialized options include pond/lake loops (if a water body is nearby) and open-loop systems that use groundwater directly.

3. Heat Pump Installation

The heat pump is installed inside the home or building. It connects to the ground loop and the building's ductwork or radiant floor system to distribute heating and cooling.

4. Integration with Existing Systems (if applicable)

The geothermal system can be integrated with existing HVAC setups, radiant flooring, or even systems for hot water generation.

5. Testing and Commissioning

Once installed, the system is rigorously tested to ensure it operates efficiently and meets the property's heating and cooling demands.

Customization for Different Property Types

Residential : Systems can support single-family homes of all sizes, including those with limited outdoor space (via vertical loops).

Commercial : Geothermal is scalable for office buildings, schools, and retail spaces, offering significant energy savings and environmental benefits.

Industrial : Facilities requiring high energy loads can benefit from geothermal’s reliability and efficiency.