Frank May Farm brings practical, scalable photovoltaic systems to agriculture, helping farms slash energy costs, increase resilience, and support sustainable growth. From rooftop installations to ground-mounted arrays, we design solutions that work with your land and your business.
Agriculture consumes enormous amounts of energy—for irrigation pumps, grain drying, refrigeration, equipment charging, and facility lighting. Traditional grid power exposes farms to rising utility rates, demand charges, and energy insecurity. Photovoltaic systems change this equation entirely.
Solar electricity has become the fastest-growing energy technology globally, dropping in cost by 90% over the past decade. For farms, this means unprecedented access to on-site, zero-emission power generation that provides immediate cost savings, long-term energy independence, and substantial improvements to land value and operational resilience.
Whether you operate a large-scale row crop farm, a livestock operation, a processing facility, or an agritourism business, photovoltaic systems can be tailored to your specific energy needs, roof space, and long-term goals. Frank May Farm specializes in making this transition straightforward, profitable, and perfectly aligned with your farm's growth.
Photovoltaic technology converts sunlight directly into electricity through semiconductor materials, enabling farms to generate clean, reliable power on-site without fuel costs or emissions.
Solar panels contain layers of silicon and other materials that create an electric field when exposed to photons (light particles). This photovoltaic effect generates direct current (DC) electricity, which an inverter converts into alternating current (AC) for use throughout your farm. The system includes mounting structures, electrical wiring, safety disconnects, monitoring equipment, and optional battery storage. Modern systems are fully integrated into farm operations—generating power during peak sun hours, storing excess energy when available, and drawing from the grid or batteries when needed.
High-performance crystalline silicon and bifacial modules capture sunlight with efficiency rates of 18-22%, producing reliable energy production across agricultural settings. Modern panels are durable, weather-resistant, and rated for 25-30 years of service.
Efficient inverters (string, hybrid, or microinverter types) convert panel DC output into AC power. Wiring, monitoring systems, and grid interconnection equipment ensure optimal performance, safety, and integration with your farm's electrical infrastructure.
Battery integration (lithium-ion or other advanced chemistries) provides backup power, load shifting to maximize self-consumption, and energy independence. Smart controls allow you to prioritize your critical loads and maximize savings.
Different PV technologies serve different applications. We select the best technology for your specific farm conditions, budget, and performance goals.
Monocrystalline & Polycrystalline Panels
The most widely deployed PV technology (95% of market share globally). Monocrystalline panels offer 18-22% efficiency, excellent durability, and proven 25-30 year lifespans. Cost-effective, reliable, and optimized for farm rooftops and ground mounts. Industry leaders: SunPower, Canadian Solar, JinkoSolar.
Double-Sided Panels with Enhanced Performance
Bifacial modules capture sunlight on both front and back surfaces, generating 10-25% more energy than standard panels when installed over reflective surfaces. Efficiency reaches 20-22%. Ideal for ground-mounted agricultural systems and structures where reflected light is available.
Flexible & Building-Integrated Options
Made from cadmium telluride, CIGS, or other lightweight materials. Efficiency: 10-17%. Advantages: flexible, lightweight, better performance in high-temperature or shaded conditions. Lower cost for certain applications, though less common than crystalline silicon. Best for specialized installations.
Next-Generation High-Efficiency Solutions
Laboratory efficiencies exceed 29%, with tandem cell designs combining perovskite and silicon. Commercial deployment expected 2025-2027. These will offer unprecedented efficiency and cost reduction. Frank May Farm monitors emerging tech to bring cutting-edge solutions to agricultural clients early.
Photovoltaic systems deliver tangible, long-term value across economic, operational, and environmental dimensions.
Average farm solar installations cut electricity costs by 50-80%. Irrigation systems, grain dryers, cooling systems, and equipment chargers run on free solar electricity during peak production hours. ROI typically achieved within 5-7 years.
Eliminate grid rate increases (averaging 2-3% annually). Stabilize operating costs, improve margin predictability, and reduce exposure to volatile energy markets. Battery storage extends independence to nighttime and cloudy days.
Federal Investment Tax Credit (ITC) covers 30-40% of system costs. Accelerated depreciation (MACRS) provides significant tax deductions. Net metering and export credits create revenue from excess generation. Performance-based incentives in some states add additional returns.
Properties with solar systems command 3-4% price premiums. Agricultural land value increases when energy independence is demonstrated. Makes your farm more attractive to future buyers, investors, and lenders.
On-site generation protects against grid outages, rolling blackouts, and demand charge spikes. Battery backup ensures critical operations (refrigeration, life support systems, data networks) continue during grid disruptions. Peace of mind during weather events.
Zero emissions, no water consumption for generation, minimal environmental impact. Demonstrates commitment to sustainability to customers, investors, and regulators. Qualifies for green certifications and ESG scoring. Average PV system offsets 30+ metric tons of CO2 over its lifetime.
We design systems that fit your specific land, buildings, energy profile, and growth plans. Each design is customized for maximum performance and profitability.
Maximize Existing Infrastructure
Panels mounted on barn, equipment shed, or facility roofs. Minimal land use, excellent for smaller operations. Typical size: 5-30 kW. Takes advantage of south-facing roof space. Quick installation, immediate energy offset for facility operations.
Scalable, High-Performance Installations
Fixed or adjustable-tilt arrays mounted on the ground. Typical size: 20-500+ kW. Excellent for utility-scale operations. Better cooling leads to higher efficiency. Flexible positioning for optimal sun exposure. Easy maintenance and monitoring access.
Dual-Use Land & Multi-Benefit
Elevated panels (4-8 feet high) allowing crop production or livestock grazing beneath. Combines solar generation with agriculture on the same land. Increases land use efficiency by 200-300%. Growing globally, with proven benefits for both yields and energy output.
Maximize Energy Generation
Panels follow the sun from east to west throughout the day. Generates 20-30% more energy than fixed systems. Higher cost and maintenance requirements. Best for larger installations where increased output justifies additional complexity and expense.
24/7 Energy Independence
PV panels with lithium-ion or other advanced battery storage. Captures excess daytime generation for use at night and during cloudy days. Dramatically increases energy independence, peak demand reduction, and operational resilience. Growing in cost-effectiveness as battery prices drop.
Integrated Multi-Technology Approach
Combines PV with wind, backup generators, grid connection, and storage. Optimizes for year-round performance in diverse weather. Smart controls maximize self-consumption and minimize export/import. Most resilient and economically optimized for large, complex farm operations.
From initial assessment to long-term monitoring, Frank May Farm handles every aspect of your PV project with expertise, care, and a commitment to your success.
We analyze your solar resource, roof and land availability, structural integrity, local zoning and net metering rules, current energy consumption patterns, and financial eligibility for incentives. Detailed reports include energy savings projections, equipment recommendations, design concepts, and investment analysis. No obligation.
Customized 3D models and engineering for rooftops, ground mounts, agrivoltaic arrays, and battery storage. Electrical design, structural calculations, interconnection diagrams, and equipment specifications. All designs comply with National Electrical Code (NEC), local building codes, and utility requirements.
We navigate building permits, electrical permits, zoning approvals, and grid interconnection processes. Prepare applications, manage municipal reviews, coordinate with utility companies, and ensure all requirements are met. Accelerates project timeline and reduces administrative burden.
Identify all available incentives: federal ITC (Investment Tax Credit), accelerated depreciation benefits, state and local rebates, utility performance incentives, and renewable energy credits (RECs). Prepare documentation for tax professionals and lenders. Maximize your financial returns.
Professional installation by certified electricians and solar installers. Quality equipment from trusted manufacturers. Full system testing, performance verification, and utility interconnection. Comprehensive warranties: panels (25-30 years), inverters (10-15 years), workmanship (5-10 years).
Real-time system monitoring dashboards show energy production, consumption, savings, and system health. Annual maintenance plans include cleaning, electrical inspections, and performance optimization. Remote diagnostics catch issues early. Optional extended warranties and performance guarantees.
We understand farm operations, seasonal energy patterns, irrigation schedules, equipment requirements, and unique challenges of agricultural businesses. Our designs work with your farm, not against it. We speak your language and respect your needs.
End-to-end service from assessment through decades of monitoring. No handoffs to third parties. You work with one trusted partner who is accountable for your success. Seamless coordination, consistent communication, ownership of outcomes.
Our clients achieve $15,000-$40,000+ annual savings on typical farm installations. Payback periods of 5-7 years with performance guarantees. 25-30 year system lifespans mean 20+ years of pure profit after payback. Transparent financial modeling and honest return projections.
Partnerships with leading equipment manufacturers (SunPower, Tesla, LG, Enphase). Certified installers and engineers. Members of SEIA (Solar Energy Industries Association) and local renewable energy councils. Continuous training on latest technologies and best practices.
Emerging Innovations & Accelerating Adoption: The convergence of falling costs, technological breakthroughs, and policy support is transforming agricultural energy globally.
Let's explore how a custom photovoltaic system can reduce your energy costs, increase resilience, and unlock value on your farm. Frank May Farm is ready to guide you from assessment to decades of clean energy.
