Nebraska Geothermal Heat Pumps: 2026 Guide to Public Power Savings, Ogallala Open-Loop & Ranch Economics

By Sarah Chen, Energy Policy Analyst · Updated March 28, 2026

Why Nebraska's Public Power Changes the Math

Nebraska is the only state in America where every single kilowatt comes from a public power utility. No investor-owned shareholders taking a cut. No deregulated market volatility. Just NPPD, OPPD, LES, and about 160 smaller public power districts serving 1.9 million people at some of the cheapest electricity rates in the country.

At 9.07¢/kWh — rank 49 out of 50 states — Nebraska's cheap power is both the best friend and worst enemy of a geothermal heat pump installation. Best friend because your operating costs will be rock-bottom. Worst enemy because it makes the payback math against natural gas brutally honest.

But step off the gas grid — and in Nebraska, that happens fast once you leave Omaha, Lincoln, and a handful of gas-served towns — and the picture transforms. An estimated 85,000+ Nebraska homes heat with propane, concentrated in the Sandhills, the northeast, and across western Nebraska. For those households, the combination of 9¢ electricity and a COP-4 geothermal system creates operating costs so low they're almost hard to believe: $60–$90/month to heat and cool a 2,500 sq ft home, year-round.

Three things make Nebraska's geothermal market unique:

1. 78,000+ stock ponds. Nebraska ranches are dotted with stock tanks and ponds built for cattle water. A qualifying pond (½ acre, 8 feet deep) can serve as the heat exchange medium for a residential geothermal system at roughly 40% the cost of vertical loops. This is the cheapest geothermal installation option in America, and Nebraska has more of them than almost any state.
2. 45,000 farms and ranches covering 91% of the state's land. Nearly every one qualifies for USDA REAP grants covering up to 50% of a geothermal system's cost. Stack that with the 30% federal ITC and you're looking at 55–80% cost coverage. The payback math becomes extraordinary.
3. The Ogallala Aquifer. The largest aquifer in North America underlies most of western and central Nebraska, with an estimated 2.1 billion acre-feet of stored water. In areas where the aquifer is accessible at reasonable depth and NRD permits allow, open-loop geothermal is a viable option that most states simply can't offer.

Quick Verdict: Should You Go Geothermal in Nebraska?

The honest truth: if you heat with natural gas in the Omaha or Lincoln metro — which is about half the state's population — geothermal rarely makes financial sense. Nebraska's natural gas rates through public utilities are among the cheapest in the nation. But if you're one of the estimated 85,000+ Nebraska homes heating with propane, or if you're building new, the math swings hard in geothermal's favor.

The 100% Public Power Advantage

Nebraska is the only state where every electric customer is served by a public power entity — no investor-owned utilities. This matters for geothermal in several ways:

Lower rates, sustainably. Public power districts operate at cost. There's no shareholder return built into your rate. Nebraska's 9.07¢/kWh average has been stable relative to the national average for decades. This means your geothermal operating costs are predictable and low.

But also: fewer incentive programs. Investor-owned utilities like Xcel (Colorado) and Consumers Energy (Michigan) run aggressive heat pump rebate programs partly because regulators push them to and partly because efficiency investments improve their regulated rate of return. Public power districts have less financial incentive to subsidize your heat pump. Nebraska's utility rebates, where they exist, tend to be modest ($200–$500/ton).

The three big districts:

• OPPD (Omaha Public Power District): Serves 400,000+ customers in eastern Nebraska. Has historically promoted heat pumps and offered energy-saving loans.
• NPPD (Nebraska Public Power District): Serves most of outstate Nebraska through 80+ local distribution utilities. EnergyWise program offers efficiency incentives through your local utility.
• LES (Lincoln Electric System): Serves 150,000+ customers in Lincoln. Has offered HVAC efficiency rebates.

Contact your specific utility district — the person who answers the phone can tell you what's currently available. Nebraska has over 160 public power entities, each with their own programs.

Climate & Geology: Glacial Till to Sandhills

Eastern Nebraska (Omaha to Norfolk)

Glacial till and loess deposits — 20–100+ feet of unconsolidated sediment over limestone bedrock. This is ideal horizontal loop territory. The soil has decent thermal conductivity (1.0–1.4 BTU/hr·ft·°F), retains moisture well, and excavation is straightforward. Most eastern Nebraska homes can go horizontal slinky for $4,000–$6,000 less than vertical. Ground temperatures: 51–53°F.

Central Nebraska (Grand Island to North Platte)

Transition zone. Eastern portions still have glacial deposits; western portions hit the Ogallala Formation — ancient sand, gravel, and silt deposited by Rocky Mountain erosion millions of years ago. The Ogallala Aquifer beneath makes this one of the few regions where open-loop geothermal could work, though water rights and drawdown concerns apply. Ground temperatures: 50–52°F.

Western Nebraska / Sandhills

The Sandhills cover about 19,600 square miles — the largest sand dune formation in the Western Hemisphere, stabilized by grass. Beneath the sand sits the Ogallala Aquifer. The sand has poor thermal conductivity for closed loops (0.6–0.9 BTU/hr·ft·°F), which means vertical bores need to be deeper. But the aquifer's enormous water volume (an estimated 2.1 billion acre-feet under Nebraska alone) creates open-loop potential in some areas. Ground temperatures: 49–51°F.

Panhandle

Pierre Shale and Brule Formation dominate — similar challenges to western South Dakota. Drilling through shale is harder and more expensive. Vertical loop installations cost 15–25% more here than in eastern Nebraska. The panhandle is also the most remote for installer access — expect travel surcharges. Ground temperatures: 48–50°F.

Geology & Drilling Conditions by Region

Nebraska's geology — glacial deposits in the east, Ogallala sand in the west, shale in the panhandle — creates dramatically different drilling conditions and costs across the state. Here's what your contractor will encounter by region:

Pre-Drill Intelligence: CSD Well Log Database

Before committing to a loop design, check the Nebraska Conservation and Survey Division (CSD) well log database at the University of Nebraska–Lincoln. The CSD maintains records from thousands of water wells across the state — formation types, water-bearing zones, and drilling rates at various depths. This data is publicly accessible at snr.unl.edu through the Nebraska Test Hole Database.

Nebraska's test hole program is actually one of the most comprehensive in the country — the CSD has logged over 12,000 test holes across all 93 counties. This gives your installer unusually good pre-drill intelligence compared to states with sparse well records. Ask your installer if they've reviewed the test hole data for your township and section — any experienced Nebraska driller should do this routinely.

For the Sandhills specifically, the key question is depth to the saturated zone. Dry sand above the water table has terrible thermal conductivity (0.6–0.9). Below the water table, the same sand saturated with groundwater performs much better (1.0–1.3). A bore that reaches the saturated Ogallala will outperform one that stays in dry sand — your installer's loop design should account for this critical transition.

Regional Costs & ROI

Why Nebraska costs trend lower than national averages: Flat terrain means horizontal loop installation is feasible on most properties outside urban cores. Land is cheap and lots are big. A horizontal loop system at $18,000–$24,000 for a 2,000 sq ft home is common in outstate Nebraska — try finding that price in New England.

Case Study: Seward County Propane Farmhouse

The Setup

A 2,200 sq ft ranch home on 5 acres near Seward, built 1985. Heating with a 500-gallon propane tank, central AC supplemented by a 2.5-ton unit at 10 SEER. Elevation: 1,450 ft.

The Old System Costs

• Annual propane: 850 gallons × $2.80/gallon = $2,380/year heating
• Annual cooling: $480/year (inefficient 10 SEER AC)
• Total HVAC: $2,860/year

The Geothermal System

• Equipment: 3-ton WaterFurnace 7 Series, variable speed + desuperheater
• Loop: Horizontal slinky (5 acres = plenty of room), trenched at 7 ft in glacial till
• Installed cost: $24,500
• Federal ITC (30%): −$7,350
• Net cost: $17,150

The Math

• Annual geothermal electricity: ~$810/year (at 9.07¢/kWh, COP 3.8 heating / EER 20 cooling)
• Annual savings: $2,860 − $810 = $2,050/year
• Simple payback (after ITC): $17,150 ÷ $2,050 = 8.4 years
• At $3.20/gallon propane (recent winter peak): payback drops to 7.1 years
• 20-year net savings: ($2,050 × 20) − $17,150 = $23,850

Verdict: Classic Nebraska propane conversion. The family eliminated the propane tank, gained even heating and dramatically better cooling (the old 10 SEER AC couldn't keep up with July heat), and locked in operating costs at $68/month year-round. The 5-acre lot made horizontal installation straightforward — trenched in one day.

Case Study: Papillion New Construction

The Setup

A 2,800 sq ft two-story in a new Sarpy County subdivision near Papillion. Builder originally spec'd a 96% AFUE gas furnace + 16 SEER AC. The buyers chose geothermal during the design phase. Lot: 0.25 acres — too small for horizontal, so vertical closed-loop.

Conventional HVAC Quote

• 96% gas furnace + 16 SEER AC + ductwork: $14,500 installed (builder bid)
• Estimated annual gas + electric (conventional): $2,150/year

The Geothermal System

• Equipment: 4-ton ClimateMaster Tranquility 30, two-stage + desuperheater
• Loop: Vertical — 3 bores × 200 ft in glacial till, drilled during foundation work
• Total installed cost: $32,000
• Incremental over conventional: $32,000 − $14,500 = $17,500
• Federal ITC (30% of $32,000): −$9,600
• Net incremental cost: $22,400 − $14,500 = $7,900

The Math

• Annual geothermal electricity: ~$1,060/year
• Annual savings vs. conventional: $2,150 − $1,060 = $1,090/year
• Incremental payback: $7,900 ÷ $1,090 = 7.2 years
• Eliminate gas line connection ($2,500–$4,000): payback drops to 4.9–5.4 years
• 20-year net savings on incremental: ($1,090 × 20) − $7,900 = $13,900

Verdict: Even in gas-served Sarpy County, new construction changes the equation. The incremental cost after ITC is under $8,000, and skipping the gas line hookup brings payback to about 5 years. The builder reported that the geothermal option attracted buyers specifically — it was a market differentiator in a competitive subdivision.

Case Study: Holt County Ranch — Stock Pond Loop + REAP

The Setup

A fourth-generation cattle ranch outside Atkinson in Holt County. The 2,400 sq ft ranch home, built 1972, heats with propane ($3,100/year including DHW) and cools with window units ($420/year — no central air). The property has a 0.8-acre stock pond, 9 feet deep, located 180 feet from the house. The family earns 85%+ of gross income from cattle operations — solidly REAP-eligible.

The Old System Costs

• Annual propane (heating + DHW): 1,050 gallons × $2.95/gallon = $3,098/year
• Annual cooling (window units): $420/year
• Total HVAC: $3,518/year

The Geothermal System

• Equipment: 4-ton WaterFurnace 5 Series, two-stage + desuperheater
• Loop: Pond loop — 8 slinky coils sunk in the stock pond, 180 ft header pipe to house
• New ductwork: First central air system for this home
• Pond loop installation: $3,600 (coils fabricated, sunk with weighted anchors, header trenched)
• Equipment + installation + ductwork: $18,400
• Total system cost: $22,000

REAP + ITC Stack

The Math

• Annual geothermal electricity (heating + central AC + partial DHW): ~$820/year (9,035 kWh at 9.07¢)
• Annual savings: $3,518 − $820 = $2,698/year
• At 50% REAP (competitive round): net cost drops to $5,500 → payback 2.0 years
• 20-year net savings (25% REAP): ($2,698 × 20) − $11,550 = $42,410

Verdict: This is the Nebraska geothermal grand slam. The family's stock pond — infrastructure they were already maintaining for cattle — became the cheapest possible heat exchange medium. The REAP grant rewarded their established agricultural operation. They now have central air for the first time in the home's 50+ year history, eliminated propane delivery to a remote ranch (delivery surcharges add $0.20–$0.40/gallon in Holt County), and are saving $2,700/year. The stock pond continues to function normally for cattle water — the slinky coils sit on the bottom and don't interfere with livestock access.

REAP application was submitted through the USDA Nebraska State Office in Lincoln. Timeline: 5 months from application to award notification. The local Holt County extension office assisted with application preparation. Key tip: apply before you break ground — REAP reviews are competitive, and a pending installation timeline strengthens your application.

Month-by-Month Energy Profile

This profile models the Seward County propane farmhouse (2,200 sq ft, 3-ton system) after the geothermal conversion.

Propane at $2.80/gallon. Electric at 9.07¢/kWh (EIA 2024 Nebraska average). Nebraska is heating-dominant (~85% of geothermal energy use) but has a meaningful cooling season — July averages 77–88°F depending on region.

Open-Loop System Assessment by Region

Nebraska's position atop the Ogallala Aquifer — the largest aquifer in North America — creates unique open-loop opportunities that most states can't match. But "possible" and "advisable" aren't the same thing.

Critical: Nebraska's Natural Resources Districts (NRDs) govern groundwater use at the local level. There are 23 NRDs across the state, each with their own rules. Before planning an open-loop system, contact your local NRD. Some have moratoriums on new high-capacity wells. Others require metering and annual reporting. A geothermal system typically uses 5–10 GPM — modest compared to irrigation — but the permit is still required.

Loop Type Cost Comparison

The Nebraska ranch advantage: With 78,000+ stock ponds and tanks across the state, pond-loop systems are uniquely accessible. A properly sized stock pond (minimum ½ acre surface area, 8 feet deep) can serve as the heat exchange medium for a residential system at roughly 40% the cost of vertical loops. This is an underutilized option that works particularly well for ranch homes already maintaining stock water. If your property has a qualifying pond within 200 feet of the house, this should be the first option explored.

Incentive Stacking: Federal ITC, REAP & Public Power

Federal Investment Tax Credit (ITC) — 30%

The federal residential clean energy credit under IRC Section 25D provides 30% back on total installed cost — equipment, loops, drilling, trenching, ductwork, desuperheater, and all labor. No cap. Through 2032. Carries forward to future tax years if unused.

USDA REAP — Nebraska's Secret Weapon

Nebraska has over 45,000 farms and ranches covering 44.8 million acres — 91% of the state's total land area. REAP grants cover up to 50%; loan guarantees up to 75%.

REAP + ITC Best-Case Stack

At 50% REAP (competitive round, strong application): net drops to $5,400 → payback 2.6 years. That's a 77% cost reduction for qualifying agricultural producers.

REAP applications are submitted to the USDA Nebraska State Office in Lincoln. Deadlines are typically March 31 and October 31. Application requires energy audit, technical feasibility report, and financial documentation. Start 4–6 months before your planned installation.

Public Power Utility Programs

Solar + Geothermal: The Prairie Combo

Nebraska gets 4.5–6.0 peak sun hours per day (higher in the west). Net metering policies vary by utility district — OPPD and LES allow up to 25 kW. Smaller rural co-ops may differ.

In western Nebraska where propane is common AND solar irradiance peaks at 5.5–6.0 hours, the combined payback compresses to 7–10 years. After payback, you're living in a home with near-zero energy costs for heating, cooling, and hot water.

The Honest Gas Assessment

Let's be direct: if you heat with natural gas in Omaha or Lincoln, geothermal almost certainly doesn't make financial sense right now.

• Average Nebraska natural gas heating cost: ~$800–$1,100/year for a 2,000 sq ft home
• Geothermal operating cost for the same home: ~$600–$850/year
• Annual savings: $200–$400
• Net system cost after tax credit: $14,000–$21,000
• Payback: 35–75+ years

That's not a typo. When gas is cheap and electricity is cheap, the gap between them is tiny — and a $20,000+ investment to save $300/year doesn't compute.

When Gas Homes SHOULD Consider Geothermal

1. New construction — avoid the gas line connection ($2,500–$4,000 savings), and the incremental cost drops dramatically
2. Your furnace is dying — compare incremental cost of replacement furnace vs. geothermal upgrade
3. You're adding AC to a home that doesn't have it — geothermal provides both in one system
4. Environmental priority — though Nebraska's coal-heavy grid (1,082 lbs CO2/MWh) makes this less impactful than in Iowa (676) or South Dakota (318)
5. You expect gas prices to rise significantly — possible, but Nebraska's public gas utilities have historically maintained stable, low rates

Permits & Licensing Requirements

Nebraska's permitting is relatively straightforward, with the NRD groundwater permit being the key variable for open-loop systems.

Mechanical / Building Permit (All Installations)

• Omaha (OPPD territory): City of Omaha Planning Department. Standard mechanical permit: $75–$200. Turnaround: 5–10 business days.
• Lincoln (LES territory): City of Lincoln Building and Safety. Standard HVAC permit. Similar fees and timeline.
• Sarpy County (Papillion/Bellevue/La Vista): City-specific building departments. Standard process.
• Outstate Nebraska: Many rural Nebraska counties have minimal permitting requirements for residential HVAC. Some counties don't require mechanical permits for single-family homes. Confirm with your county clerk's office.

Groundwater Permits — Natural Resources Districts

• Closed-loop vertical bores: Generally do not require an NRD water appropriation permit since no groundwater is withdrawn. However, well construction standards still apply — bores must be properly grouted to prevent aquifer contamination. Some NRDs require notification before drilling.
• Open-loop systems: Require a water well permit from your NRD. Processing time varies: 2–8 weeks in non-restricted areas, potentially months in Groundwater Management Areas. Contact your NRD early. The 23 NRDs each have different rules — what's permitted in the Central Platte NRD may be denied in the Republican NRD.
• Existing agricultural wells: If you want to convert an existing irrigation or livestock well to dual-use (geothermal + original purpose), you'll need a modified permit from your NRD. Generally faster than a new well permit.

Contractor Licensing

Nebraska regulates HVAC contractors through the Nebraska State Electrical Board and local licensing requirements:

• Omaha and Lincoln: Both cities require HVAC contractors to hold a local mechanical contractor license. Verify with the city licensing division before hiring.
• Outstate Nebraska: No statewide HVAC contractor licensing requirement. In rural areas, verify that your installer carries adequate liability insurance ($1M+ general liability), workers' compensation coverage, and manufacturer training credentials.
• Well driller: Nebraska requires all water well drillers to be licensed by the Nebraska Department of Health and Human Services (DHHS). Verify at the DHHS Licensed Well Driller Registry. Required for both water wells (open-loop) and geothermal boreholes (closed-loop vertical).
• Electrical work: Nebraska requires licensed electricians for electrical connections. The State Electrical Board governs licensing statewide.

Typical Permit Timeline

Finding & Vetting a Qualified Installer

Nebraska has a low-moderate installer base concentrated in Omaha and Lincoln, with coverage thinning significantly as you move west. The state's proximity to IGSHPA's influence zone (headquartered in Stillwater, Oklahoma) helps, and some Iowa and Colorado contractors serve Nebraska's borders.

Where to Find Installers

• IGSHPA Accredited Installer Directory: igshpa.org/accredited-installer — search Nebraska AND neighboring states (IA, KS, CO, SD).
• WaterFurnace Dealer Locator: waterfurnace.com/dealer-locator
• ClimateMaster Dealer Network: climatemaster.com/residential/find-a-dealer
• Bosch Geothermal: bosch-thermotechnology.us
• GeoExchange Directory: geoexchange.org
• Nebraska public power districts: Some districts maintain referral lists. Call your local utility's energy advisor.
• UNL Extension offices: Nebraska Extension may have contractor referrals for REAP-eligible energy projects.

Regional Installer Availability

8-Point Vetting Checklist

1. IGSHPA accreditation or manufacturer certification — proves geothermal-specific training.
2. Local HVAC license (Omaha/Lincoln) — verify with city licensing division. Required in metro areas.
3. Nebraska DHHS licensed well driller on staff or under contract — required for all bore drilling.
4. At least 5 completed Nebraska installations — ask for references. Nebraska soil/climate conditions are specific enough that experience matters.
5. Manual J load calculation in the proposal — any contractor who sizes equipment without a load calc is guessing. Nebraska's 6,200 HDD + 1,150 CDD requires careful sizing.
6. Soil moisture/conductivity addressed in loop design — western Nebraska's dry conditions require loop oversizing. If the installer uses the same loop length for Douglas County clay and Cherry County sand, they're not designing for Nebraska conditions.
7. Written warranty: equipment (10 yr), labor (1–2 yr), loop (25–50 yr) — verify loop warranty is from the pipe manufacturer.
8. Itemized bid with trenching/drilling, equipment, labor, permits separated — bundled bids hide markup.

Maintenance & System Longevity

Nebraska's continental climate — genuine four-season demand with both heating and cooling loads — actually creates favorable conditions for geothermal longevity. The balanced load keeps ground temperature stable, and the indoor equipment is protected from Nebraska's severe weather.

Maintenance Schedule

System Lifespan

Nebraska-Specific Longevity Advantages

• No outdoor unit in storm country: Nebraska averages 57 tornadoes per year plus frequent severe hail. Conventional AC condensers are exposed to all of this. Your geothermal heat pump sits indoors — basement, utility room, or mechanical closet.
• Balanced thermal cycling: Nebraska's roughly 85/15 heating/cooling split keeps the ground around your loop at stable temperature. States that are heavily heating-dominant (Minnesota) or cooling-dominant (Arizona) can develop thermal drift. Nebraska's balance prevents this naturally.
• Continental climate is predictable: Nebraska's weather is extreme but consistent year over year. Your geothermal system experiences the same annual temperature cycle every year — no surprises that stress equipment beyond design parameters.

Vacation Rental & Tourism Property Economics

Nebraska National Forest / Sandhills (Halsey/Valentine)

Sandhills hunting lodges and cabin rentals — propane costs are the highest in the state ($3.00–$3.50/gallon with remote delivery surcharges). Geothermal saves $3,500–$5,000/year in propane. Year-round climate control is a marketing advantage for shoulder-season bookings. REAP-eligible if operated as a rural small business.

Lake McConaughy (Ogallala/Keith County)

Nebraska's largest reservoir draws 900,000+ visitors annually. Lakefront vacation rentals are growing. A pond-loop system using a nearby stock pond or (theoretically) a lake-adjacent loop could dramatically reduce costs while adding an "eco-lodge" booking premium.

Lewis & Clark Lake / Niobrara River Valley

Emerging vacation rental market with mostly propane-heated cabins. The Niobrara is one of America's most popular canoeing rivers. Same REAP stacking applies if the property qualifies as a rural small business. The "heated by Nebraska earth" angle complements the nature-tourism brand.

Vacation Rental Tax Treatment

For business-use properties, geothermal qualifies for the Section 48 commercial ITC (same 30%) and MACRS 5-year depreciation. Rental property owners can recover 60–70% of system cost through credits and depreciation in the first 5 years. Consult a tax professional.

How to Claim the Federal Tax Credit (IRS Form 5695)

1. Confirm system eligibility. ENERGY STAR certified geothermal heat pump at your primary or secondary residence.
2. Keep all documentation. Itemized invoices, ENERGY STAR certification, proof of payment, REAP award letter if applicable.
3. Calculate eligible costs. Total cost minus any REAP grant. ITC applies to net amount.
4. Complete Form 5695, Part I. Line 4 for geothermal costs. Calculate 30% on Line 6b.
5. Transfer to Form 1040. Schedule 3, Line 5. Dollar-for-dollar tax reduction.
6. Handle carryover. Unused credit carries forward indefinitely.
7. File and retain records for 7 years minimum.

Nebraska vs. Neighboring States

Nebraska's unique position: cheapest electricity of any bordering state (tied with Wyoming), 100% public power stability, and the combination of 78,000 stock ponds + 45,000 REAP-eligible farms creates the largest untapped pond-loop market in the Great Plains. The coal-heavy grid is the weakness — Iowa's wind-powered grid (685 lbs/MWh) and South Dakota's remarkably clean 318 lbs/MWh make the environmental argument stronger across the border. But for pure economics, Nebraska's 9.07¢ electricity with geothermal's COP 4.0 creates the cheapest operating costs in the region.

Frequently Asked Questions

Bottom Line

Nebraska is a tale of two geothermal markets — and understanding which one you're in determines whether the investment makes sense.

If you heat with natural gas in Omaha, Lincoln, or another gas-served community, geothermal doesn't pencil out financially. Keep your gas furnace until it dies, then evaluate geothermal as a replacement — especially in new construction where the incremental cost is much smaller and you can skip the gas line hookup.

If you're among Nebraska's 85,000+ propane-heated households, or if you operate one of the state's 45,000 farms and ranches, the picture is completely different:

• 78,000+ stock ponds make Nebraska a pond-loop paradise — the cheapest geothermal installation option in America, and the state has more qualifying ponds than almost anywhere.
• USDA REAP eligibility covers 91% of the state's land. Stack the 25–50% grant with the 30% federal ITC and your out-of-pocket cost can be as low as $5,000–$12,000 for a complete system. Payback in 2–5 years.
• 9.07¢ electricity from 100% public power means the lowest operating costs in the Great Plains. Your entire home's heating, cooling, and partial hot water for $60–$90/month.
• Flat terrain, deep soil, big lots mean horizontal loops at below-national-average prices. $18,000–$24,000 for a complete system in outstate Nebraska.

Nebraska's public power system gives you something no other state can match: predictable, low-cost electricity backed by a system that operates at cost with no shareholder markup. Pair that with a ground-source heat pump's COP multiplier, and you're heating and cooling your home for less than your neighbor's cable bill. The loop lasts 50+ years. The savings last a lifetime. And that stock pond you've been maintaining for your cattle? It might just be the best HVAC investment on the property.

Sources

1. U.S. Energy Information Administration — Nebraska Electricity Profile 2024. Average residential rate: 9.07¢/kWh, rank 49 (2nd cheapest).
2. U.S. Energy Information Administration — Nebraska Natural Gas Prices.
3. Internal Revenue Service — Form 5695: Residential Energy Credits. 30% credit through 2032.
4. USDA Rural Development — Rural Energy for America Program (REAP).
5. USDA National Agricultural Statistics Service — Nebraska Agricultural Statistics. 45,000 farms, 44.8 million acres, 91% of state land.
6. University of Nebraska–Lincoln Conservation and Survey Division — Nebraska Test Hole Database. 12,000+ test holes across 93 counties.
7. Nebraska Department of Natural Resources — Natural Resources Districts and Groundwater Management.
8. Nebraska DHHS — Licensed Well Driller Registry. All water well and geothermal bore drillers must be state-licensed.
9. OPPD (Omaha Public Power District) — Energy Efficiency Programs.
10. NPPD (Nebraska Public Power District) — EnergyWise Incentive Programs.
11. LES (Lincoln Electric System) — Energy Efficiency Rebates.
12. Database of State Incentives for Renewables & Efficiency (DSIRE) — Nebraska Incentives.
13. International Ground Source Heat Pump Association (IGSHPA) — Accredited Installer Directory.
14. WaterFurnace International — Dealer Locator.
15. GeoExchange — Geothermal Heat Pump Industry Directory.
16. EPA eGRID — Emissions & Generation Resource Integrated Database. Nebraska grid: 1,082 lbs CO2/MWh.
17. National Renewable Energy Laboratory — Solar Resource Maps. Nebraska: 4.5–6.0 peak sun hours/day.
18. U.S. Department of Energy — Geothermal Heat Pumps Overview.
19. UNL Extension — Agricultural Energy and REAP Resources.