Geothermal Heating & Cooling in the Nebraska Panhandle

Not every home is a fit for geothermal upfront — we evaluate your current energy usage, home insulation, available yard space for loop placement, and soil conditions. We’ll show you the payback timeline based on your utility rates and the system size your home needs.

• Review current heating and cooling energy usage and utility bills
• Assess home insulation levels, window quality, and air sealing
• Evaluate available yard space for horizontal or vertical loop placement
• Analyze soil type and conditions (clay, rock, sandy) for loop performance
• Calculate heating and cooling load using Manual J methodology
• Estimate payback period based on current utility rates and system size
• Discuss federal tax credits and state incentives that may apply

We design an efficient loop field sized precisely to your home’s heating and cooling load. Horizontal loops (best if you have space) or vertical loops (for smaller lots) — we recommend the layout that works for your property and soil type.

• Perform detailed site survey: measure available land area and access points
• Determine loop type: horizontal trench, vertical borehole, or pond/lake loop
• Size the loop field to match the calculated heating and cooling load
• Select loop pipe material and antifreeze solution appropriate for Nebraska climate
• Design header manifold layout for balanced flow across all loop circuits
• Coordinate with local utility locating services before any excavation
• Provide detailed loop design drawings and specifications for permitting

Our crews excavate and lay the ground loop (or drill vertical boreholes), pressure-test the loop, and integrate the indoor heat pump unit with your existing ducts or new ductwork as needed. Every connection is sealed and tested for refrigerant integrity.

• Excavate trenches or drill boreholes to specified depth and layout
• Install loop pipe with proper bedding and backfill to prevent settling
• Pressure-test the loop at 100 PSI before backfilling to confirm integrity
• Connect loop to header manifold and flush system to remove air
• Install indoor WaterFurnace heat pump unit in mechanical room or utility space
• Connect refrigerant lines between heat pump and loop heat exchanger
• Integrate with existing ductwork or install new duct system as required
• Install thermostat and control wiring; connect to electrical panel

Once installed, we charge the system, calibrate controls, and run full-load testing. We show you how to operate the thermostat, explain seasonal settings, and enroll you in our Superhero Maintenance Club for year-round protection.

• Charge refrigerant to manufacturer specifications using calibrated scales
• Verify loop flow rate and entering/leaving water temperatures
• Measure system efficiency (COP) under actual load conditions
• Test all operating modes: heating, cooling, and hot water assist if equipped
• Calibrate thermostat and verify all control sequences operate correctly
• Walk homeowner through thermostat operation and seasonal settings
• Explain maintenance requirements and what to watch for
• Enroll in Superhero Maintenance Club for annual tune-ups

If your geothermal system stops heating or cooling, we check loop pressure, refrigerant charge, compressor operation, and control logic. We carry the specialized gauges and diagnostic tools needed — many issues are identified same-day.

• Check loop pressure and flow rate — low pressure indicates a loop leak
• Measure entering and leaving water temperatures across the heat exchanger
• Attach refrigerant gauges and measure high-side and low-side pressures
• Read fault codes from the control board and interpret error history
• Test compressor amp draw and compare to nameplate rating
• Verify thermostat is calling correctly and control board is responding
• Document all measurements and compare to manufacturer specifications

Whether it’s a refrigerant leak, a failed expansion valve, a compressor issue, or a control board fault, we explain what’s wrong, what repair costs, and how long the fix takes. You approve before we proceed. We use OEM parts and back every repair with our warranty.

• Present diagnostic findings in writing with plain-language explanation
• Provide written repair estimate: parts, labor, warranty coverage, and timeline
• Discuss repair vs. replacement if system age or condition warrants it
• Obtain written approval before beginning any repair work
• Perform repair using OEM or equivalent-quality parts per manufacturer specs
• Re-test system under full load after repair to confirm proper operation
• Provide written documentation of repair and warranty coverage

Spring and fall inspections keep your system healthy. We check refrigerant levels, inspect the compressor for abnormal noise, verify loop pressure, test electrical connections, and measure system efficiency. After every tune-up, you get a detailed report.

• Verify loop pressure and top off antifreeze solution if needed
• Measure entering and leaving water temperatures and calculate heat exchange efficiency
• Check refrigerant charge and inspect for leaks at all connections
• Inspect compressor for abnormal noise, vibration, or amp draw
• Test all electrical connections and tighten as needed
• Clean air filter and inspect indoor coil for dirt or corrosion
• Measure system COP and compare to design specifications
• Provide written findings report and schedule next tune-up