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Elevate with our advanced geothermal heat pumps

6b 14 horizontal cl

Description: Our system involves burying a network of pipes horizontally in trenches. The pipes circulate a heat transfer fluid to exchange heat with the ground. Advantages: Suitable for areas with sufficient land space, and installation is less disruptive.

6b 17 vertical

Description: Our Vertical loops of pipes are installed by drilling boreholes deep into the ground. The heat transfer fluid circulates through these loops, exchanging heat with the earth. Advantages: Suitable for areas with limited surface space, as it requires less land area than horizontal systems.

6b 18 pond

Description: Coils of pipes are placed at the bottom of a pond or lake. The water acts as a heat exchange medium, transferring heat to or from the ground. Advantages: Ideal for locations with a water source, and installation costs may be lower than drilling boreholes.

6b 19 open loop

Description: Our system uses groundwater as a direct exchange medium. Water is pumped from a well, passes through the heat pump, and is then discharged back into the ground. Advantages: Can be efficient, but water quality and quantity must meet specific requirements and adhere to local regulations.

6b 15 horizontal loop

Description: Our Horizontal Closed-Loop System, featuring a Two-Pipe Layout, efficiently taps into the Earth's stable temperature for year-round heating and cooling. Advantages: Ideal for locations with ample horizontal space, this system is simple to install, cost-effective, and environmentally friendly.

6b 16 slinky method

Description: Our Horizontal Closed-Loop System with the Slinky Method involves coiling pipes in a slinky-like pattern underground, maximizing ground contact for efficient heat exchange. Advantages: Perfect for areas with limited horizontal space, this method enhances installation flexibility and ensures cost-effective, eco-friendly geothermal heating and cooling.

Description: In this type, refrigerant is used as the heat exchange fluid. The refrigerant circulates through a ground coil, exchanging heat with the surrounding earth. Advantages: Simplified design and potentially higher efficiency, but careful consideration is needed to prevent refrigerant leakage.

Description: Combining geothermal heat pumps with other heating and cooling technologies, such as traditional HVAC systems or solar thermal systems, to optimize energy efficiency. Advantages: Flexibility and enhanced efficiency, especially in regions with varying climate conditions.