GEOTHERMAL SYSTEMS
QMS designs and installs geothermal systems that deliver high-efficiency heating and cooling by utilizing the stable temperatures of the earth. These systems provide long-term energy savings, reduced environmental impact, and reliable year-round performance.
High-Efficiency Performance
Geothermal systems transfer heat to and from the ground, significantly reducing the energy required for heating and cooling. The result is lower operating costs, improved system efficiency, and consistent indoor comfort regardless of outdoor conditions.
system applications
- Commercial buildings and offices
- Multi-family and mixed-use developments
- Schools and institutional facilities
- Residential and custom homes
Integrated System Design
QMS provides complete geothermal system solutions, including ground loop design (vertical, horizontal, or hybrid), water-source heat pumps, pumping systems, and controls. We ensure proper loop sizing, flow rates, and system balance for optimal performance.
Hydronic & Water Source Integration
Geothermal systems often integrate with hydronic loops and water-source heat pumps. Our team ensures seamless coordination between ground loops, mechanical systems, and building distribution for maximum efficiency and reliability.
NYS Clean Heat Incentives
Geothermal and ground-source heat pump systems may qualify for incentives through the New York State Clean Heat Program. These programs can significantly offset upfront costs, improving project ROI and accelerating payback. QMS works with clients to identify eligible systems, incorporate incentive strategies during design, and support the process to help maximize available rebates—making high-efficiency systems more accessible and financially viable.
Virtual Design & BIM Coordination
Geothermal systems require careful planning both underground and within the building. QMS uses HVAC virtual design and BIM coordination to plan equipment layout, piping routes, and system integration—reducing installation challenges and improving project outcomes.