Golf courses have long been known as recreational havens and community hubs. But with rising energy costs, corporate sustainability goals, and the increasing demand for data infrastructure, these properties are uniquely positioned to become high-impact energy platforms. By leveraging vast land, existing infrastructure, and strategic locations, golf courses can evolve into multi-revenue assets — generating energy, storing it, selling it back to the grid, and even hosting data centers.
This post explores large-scale projects transforming golf courses into renewable energy powerhouses, highlighting case studies, actionable insights, and business opportunities.
Why Golf Courses Are Ideal for Large-Scale Energy Projects
- Expansive Land Assets: Many golf courses cover 100–300+ acres, suitable for utility-scale solar arrays, battery storage systems, and even wind turbines.
- Proximity to Infrastructure: Courses are often near transmission lines and roads, making them ideal for grid-connected energy projects.
- Revenue Potential: Beyond energy production, golf courses can lease land to data centers or corporate campuses, providing steady income while retaining recreational areas.
- Corporate Sustainability Alignment: Companies seeking green-certified sites find solar-integrated golf courses highly attractive.
Case Studies: Golf Courses Leading Large-Scale Energy Transformations
1. Windmill Hill Golf Course, Rhode Island – 9.4 MW Solar + Grid Integration
The Windmill Hill Golf Course in Warren, Rhode Island, was converted into a 9.4 MW solar farm, with over 17,000 solar panels installed.
- Energy Output: Powers thousands of homes annually.
- Revenue Model: Sells energy back to the grid.
- Community Impact: Local non-profits benefit from reduced energy costs.
Link: Windmill Hill Solar Project
2. Burke Lake Golf Course, Virginia – Rooftop Solar + County Grid
Burke Lake Golf Course installed a 55 kW rooftop solar array as part of Fairfax County’s renewable energy initiative.
- Grid-Connected: Surplus energy feeds the county grid.
- Replicable Model: Rooftop solar combined with battery storage can manage peak demand efficiently.
Link: Burke Lake Solar Array
3. Fountain Valley Golf Course, Minnesota – Data Center Development
The 160-acre Fountain Valley Golf Course was rezoned for commercial and industrial use to accommodate a large-scale data center.
- Revenue Stream: Leasing land for high-density server operations.
- Energy Synergy: On-site solar and battery storage can offset operational costs for tenants.
Link: Fountain Valley Data Center
4. Dauphin Highlands Golf Course, Pennsylvania – $45.6 Million Sale for Data Center
The historic Dauphin Highlands Golf Course was sold to Harrisburg I, LLC for conversion into a data center, transforming underperforming golf property into a tax-generating, high-value asset.
- Financial Impact: $45.6 million sale; $13 million in previous debt addressed.
- Energy Integration: Opportunity to pair solar and battery storage for sustainable operations.
Link: Dauphin Highlands Sale
5. The Preserve at Oak Meadows, Illinois – Solar + Electric Fleet
This golf course uses a 43.785 kW solar system to power 75 electric golf carts.
- Battery Storage Potential: Excess solar energy can be stored and sold back to the grid, creating a revenue-generating microgrid.
Link: Preserve at Oak Meadows Solar
Combining Solar, Batteries, and Grid Sales
For large-scale golf course energy projects, combining solar, battery storage, and grid sales maximizes revenue:
- Utility-Scale Solar Arrays – 5–20 MW projects covering fairways, rooftops, and parking lots.
- Battery Storage Systems – Enable peak shaving, load shifting, and demand response programs, generating additional income.
- Grid Export – Excess energy sold to utilities through Power Purchase Agreements (PPAs) ensures steady cash flow.
- Property Leasing – Data centers, EV charging stations, and corporate campuses provide consistent revenue streams.
Strategic Considerations
- Zoning & Permitting: Industrial and commercial conversions for solar or data centers require local approvals.
- Financial Incentives: Federal and state tax credits, like the ITC in the U.S., can offset up to 30% of project costs.
- Partnerships: Work with experienced energy developers, EPC contractors, and data center operators.
- Sustainability Marketing: Renewable integration enhances corporate and community engagement, boosting brand reputation.
Why This Model Works
- Revenue Multiplication: Golf courses generate income from solar, battery storage, grid sales, and data center leasing.
- Sustainability Leadership: Large-scale energy projects position golf courses as community and environmental leaders.
- Asset Optimization: Underutilized land becomes a high-value, multi-functional asset with long-term financial and environmental benefits.
For golf course owners or investors interested in large-scale renewable energy or data center opportunities, contact Phil at phil@pacificoenergy.com to explore possibilities and early-stage feasibility studies.
