Ground Source Heat Pump

Product Description:
Ground‑source heat pump systems that use stable earth temperatures to provide efficient heating and cooling.
Includes:
- Ground Loops
- Circulation Pumps
- Heat Exchangers
- Manifolds
- Antifreeze Solutions
- Geothermal Controls/Thermostats
Your Path to Geothermal
- Initial Consultation: Tell us about your building, current heating system, and goals.
- Site Assessment & Design: Our team evaluates your property and designs the optimal system
- Detailed Proposal: We provide transparent pricing and projected energy savings.
- Place Your Deposit: Secure your installation date and equipment order.
- Ground Loop Installation: Our team installs your underground heat exchange system.
- Heat Pump Installation: We install and connect your indoor heat pump equipment.
- System Comissioning: Final testing ensures optimal performance before handover.
- Enjoy Your System: Start using Earth’s energy for efficient heating and cooling
Why Geothermal?
- 3-5x Energy Efficiency: Ground source heat pumps are among the most efficient heating systems. For every 1 watt consumed, receive 3-5 watts of heating energy.
- 50-Year Design Life: The underground loop lasts 50+ years. A onetime infrastructure upgrade that serves generations.
- Dramatically Reduce Fuel Costs: Eliminate dependence on volatile fuel prices, your heating costs become predictable and significantly lower over time.
- Reliable Year-Round Heating: Earth maintains stable temperature year-round for consistent heating even in Alaska’s coldest winters.
- Exceptionally Low Maintenance: With few moving parts and no combustion, maintenance is minimal. Annual costs are typically just $100-150.
- Summer Cooling Included: The same system cools your home in summer by reversing heat flow into the cooler ground.
Product Specifications:
- Energy Type: Geothermal
- Suitable for: Commercial, Residential
Have questions?
Does RES design backup power for clinics and schools?
RES works with residential, commercial, and remote applications and can evaluate storage, generator integration, electrical infrastructure, controls, and ongoing support as one system.
How does cold weather affect where batteries are installed?
Alaska temperatures affect battery performance and charging, so siting, enclosures, and heating are part of the design.
Why combine batteries with a generator instead of choosing one?
Batteries carry loads instantly and silently, while a generator extends runtime when the outage outlasts stored energy.
Can a battery system keep a facility running through a multi-day winter outage?
Runtime depends on the critical-load profile, battery capacity, and whether a generator or solar recharges the system. RES designs to a runtime target agreed with the facility.
How does a business decide which loads a backup system should carry?
RES starts with an energy audit and load calculations to separate critical loads (refrigeration, servers, medical or process equipment, life-safety lighting) from loads that can wait. The critical-load list drives battery capacity, generator size, and the electrical integration design.
How do we begin planning a commercial renewable energy project?
Contact RES with your project location, facility type, current energy sources, approximate energy requirements, and operational goals.
Does RES offer commercial system maintenance and support?
Yes. RES provides operations and maintenance services, including monitoring, preventative maintenance, battery testing, troubleshooting, repairs, and system upgrades.
Can renewable energy reduce operating costs for an Alaska business?
Renewable energy may help reduce electricity purchases, fuel consumption, or exposure to changing energy costs. Actual financial benefits depend on system design, energy demand, utility rates, fuel costs, project location, and installation expenses.
Does RES work on commercial energy projects in remote Alaska?
Yes. RES serves customers across Alaska, including rural and remote locations.
Can RES integrate renewable energy with existing generators or electrical systems?
Yes. RES designs hybrid power systems that can combine renewable generation, battery storage, generators, and existing electrical infrastructure.
