Solar Facilities
Powering a sustainable future with intentionally designed solar facilities. From initial site assessments and custom solar farm planning to energy optimization and ongoing support, we ensure seamless execution and maximum efficiency. Let’s build a cleaner, brighter future – one solar farm at a time.
Landowner Advantages of Going Solar
Maximize your land’s potential while maintaining flexibility and minimizing disruption
Retain Timber Value
Harvest and sell existing timber before construction begins, capturing additional value while securing long-term solar lease revenue.
Retain Ownership of the Underlying Land (lease)
During the development period (approximately 5 years), continue leasing land for farming, hunting, or other activities while the solar project progresses.
No Property Taxes
Once operational, all property taxes associated with the solar facility are paid by the project, actually reducing your tax bill, all while receiving stable lease income.
Minimal Disruption During Development
Our development process requires only 1–2 weeks of on-site diligence plus minimal annual fieldwork, allowing you to maintain normal activities with minimal interruption.
Why Choose Us
Expertise & Experience
With over two decades of industry experience, our team brings unparalleled expertise to every project.
Exceptional Quality
We maintain rigorous quality standards throughout every phase of our work, reflected in the lasting value we deliver.
Client-Focused Approach
Your goals and requirements are our top priority. We listen carefully and work collaboratively to exceed expectations.
Innovative Solutions
We continuously explore new methods and technologies to provide forward-thinking solutions to complex challenges.
Comprehensive Services
From initial consultation to final implementation, we offer end-to-end services for all aspects of your project.
Long-Term Value
We design solutions with sustainability and future growth in mind, providing reliable performance for years to come.
Delafield Energy Impacts
Our solar farm projects deliver significant environmental benefits while supporting local communities
ANNUAL LANDOWNER PAYMENTS
Direct payments to local landowners generating reliable income across our projects
ANNUAL PROPERTY TAXES
Tax revenue supporting schools, fire departments, and essential public services
CARBON DIOXIDE REDUCTION
Annual carbon dioxide emissions eliminated through our solar farm developments
COAL POWER
820g CO₂/kWh
SOLAR POWER
0g CO₂/kWh
Complete Carbon Elimination
Our solar farms completely eliminate carbon emissions compared to traditional fossil fuel energy generation, with operational energy that produces zero direct carbon emissions.
Each 1MW of solar capacity prevents approximately 1,000 tons of CO₂ emissions annually, equivalent to taking 217 cars off the road or planting 16,000 trees.
Water Conservation
Unlike conventional power plants that require significant water for cooling, our solar farms operate with minimal water usage.
A 100MW solar farm saves approximately 16 million gallons of water annually compared to a coal power plant of equivalent capacity.
PROPERTY TAXES
SCHOOLS
FIRE DEPARTMENTS
LOCAL SERVICES
CAPITAL INVESTMENT BOOSTING LOCAL ECONOMIES
Community Economic Benefits
100% TAX-FREE for landowners
NO upfront costs or requirements
Tax revenue goes directly to essential community services
Our solar projects generate substantial tax revenue that supports schools, fire departments, and essential public services while creating both short-term construction jobs and long-term maintenance employment opportunities.
Sustainable Development Commitment
Beyond clean energy production, our projects incorporate wildlife-permeable fencing, responsible land management practices, habitat preservation strategies, and agricultural co-location opportunities to maximize environmental benefits.
POLLINATOR HABITATS
Creating essential habitats for bees, butterflies, and other pollinators to support local ecosystems and agriculture
WILDLIFE CORRIDORS
Designing projects with dedicated pathways for wildlife to move freely through the landscape
LAND STEWARDSHIP
Implementing responsible land management practices that protect and enhance soil health and native vegetation
WILDLIFE-PERMEABLE FENCING
Using specialized fencing designs that allow small animals to pass through while maintaining security
Being a Good Solar Neighbor
We understand that your neighbors may have questions or concerns about your new solar installation. Here's how our solar energy solutions are designed with neighborhood harmony in mind.
No Odor
Solar panel systems are completely odorless. The photovoltaic cells are hermetically sealed between layers of tempered glass, aluminum, and weatherproof encapsulation materials that prevent any emissions.
Unlike many home improvements that might involve paints, adhesives, or chemical treatments, solar installations use inert materials that don't release any scents or fumes after installation.
Your neighbors can rest assured that even on the hottest days of summer or after years of operation, your solar system will remain completely odor-free, with no impact whatsoever on the neighborhood's air quality.
Quiet Operation
The solar panels themselves are completely silent with no moving parts. The only component that produces any sound is the inverter, which converts DC electricity from your panels into usable AC power for your home.
Modern inverters operate at around 40-50 decibels—about as loud as a refrigerator or quiet conversation. This minimal sound is typically not audible from neighboring properties, especially when the inverter is properly positioned away from property lines.
Many homeowners choose microinverter systems, where smaller inverters are installed on the roof with each panel. These distributed systems operate at even lower noise levels, virtually eliminating any sound concerns for neighbors.
Zero Light Emission
Solar panels themselves emit no light whatsoever. Their purpose is to absorb sunlight, not produce it. At night, the panels are completely inactive and dark.
The only light associated with solar systems comes from small indicator LEDs on the inverter, which are typically no brighter than the standby light on a television. These status lights are usually located on equipment mounted at ground level, not on the roof, and are rarely visible from neighboring properties.
If the small indicator lights are ever a concern, our technicians can easily install shields or covers that prevent any light from being visible while still allowing system monitoring. Your neighbors will experience no light pollution from your solar installation.
Minimal Traffic
Across the Eastern Seaboard, operational solar farms generate virtually no traffic: once up and running, a small on-site team makes only two to four light-duty vehicle visits per day for routine inspections and maintenance, and supply or parts deliveries occur just once or twice a week. In practice, you’ll rarely see more than five total vehicle trips on any given day—making solar sites some of the lowest-impact land uses when it comes to roadway congestion.
Solar Farm Development Excellence
Pioneering Solar Energy Solutions
Our team of solar developers and project managers has successfully completed projects across diverse terrains, regulatory environments, and market conditions.
We've worked with landowners, utilities, counties, municipalities, and investors across the country, building lasting relationships based on transparency and successful outcomes.
Frequently Asked Questions
Find answers to common questions about solar energy, with links to research and resources that provide in-depth information on key topics.
Many farmers and landowners are concerned about how solar installations might impact agricultural productivity. Research shows that solar installations and agriculture can actually complement each other through a practice called "agrivoltaics."
According to a comprehensive study from NC State University, ground-mounted solar arrays can be designed to allow for continued agricultural production, including grazing, beekeeping, and growing certain crops. This creates a dual-use approach that maintains agricultural productivity while generating clean energy.
The study found that:
- Shade-tolerant crops can thrive under and between solar panels
- Grazing animals like sheep can maintain vegetation around solar installations
- Pollinator-friendly plantings beneath solar arrays can increase biodiversity
For comprehensive data and case studies on successful agrivoltaic projects:
Read the NC State University Agricultural Productivity StudyHealth and safety concerns are among the most common questions we receive about solar installations. Comprehensive research has consistently demonstrated that solar photovoltaic systems are safe for communities and have minimal health impacts.
NC Clean Energy Technology Center conducted an in-depth analysis of potential health concerns and found that:
- PV panels are made of stable materials that don't emit toxins
- Modern solar installations create no hazardous electromagnetic fields
- The glare from solar panels is typically less than that from water or glass buildings
- Solar farms produce no noise during operation
Additionally, the American Clean Power Association has documented how solar installations protect public health by reducing air pollution from fossil fuel power plants. Their research shows that solar power prevents the emission of pollutants linked to respiratory and cardiovascular diseases.
For detailed information on health and safety aspects:
Read the NC Clean Energy Center Health & Safety ReportView the American Clean Power Safety Fact Sheet
Modern solar panels typically last 25-30+ years, but eventually they will need to be replaced. The solar industry has developed comprehensive recycling processes to ensure that end-of-life panels are handled responsibly.
According to American Clean Power's recycling guidelines, solar panels are up to 95% recyclable. The recycling process typically recovers:
- Glass (70-75% of panel weight)
- Aluminum frames and junction boxes
- Copper wiring
- Silicon solar cells
- Silver and other precious metals
The recycling industry for solar panels is rapidly developing, with specialized facilities now operating across the country. These facilities use mechanical and chemical processes to separate and recover valuable materials that can be used in new products.
For comprehensive information on solar panel recycling processes, economics, and the industry's commitment to responsible end-of-life management:
Read the American Clean Power Solar Recycling GuideWith the increasing frequency of extreme weather events, the resilience of solar energy systems is a key consideration. Modern solar installations are engineered to withstand harsh weather conditions, including high winds, hail, snow, and flooding.
According to the American Clean Power Association's research on extreme weather performance:
- Solar panels are tested to withstand 1-inch hailstones traveling at terminal velocity
- Mounting systems are designed to handle wind speeds of 140+ mph (exceeding most hurricane categories)
- Panels continue to generate electricity even during cloudy conditions and light snow coverage
- Ground-mounted systems can be installed above flood levels in areas prone to flooding
- Modern inverters have protective features that shut down systems during grid outages, preventing electrical hazards
The study also documents real-world performance of solar installations during extreme weather events, including hurricanes in Florida and Texas, showing remarkable resilience even in the most challenging conditions.
For detailed information on how solar installations perform during various extreme weather conditions:
Read the Extreme Weather Performance Fact SheetSolar facilities have a useful life of between 30-40 years. At the end of that time, the facility will be removed at the project's expense.
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