Community Solar Farm Optimization - Learn how we transformed an under performing community solar farm, increasing energy production and providing affordable clean energy to local residents while ensuring long-term project sustainability.
The Challenge
1.2MW community solar farm serving over 200 local households was experiencing declining output (down 25% from design specifications) and increasing maintenance costs. The project was at risk of financial insolvency, threatening the affordable clean energy supply for community subscribers.
Our Approach
Do Good Energy acquired the struggling project and implemented a multi-phase revitalization strategy:
- Comprehensive engineering assessment and performance modeling
- Replacement of underperforming inverters with latest technology
- Repair and optimization of damaged racking systems
- Implementation of advanced monitoring and predictive maintenance
- Vegetation management and site improvements
- Renegotiation of subscriber agreements to ensure project viability
The Results
The revitalized community solar farm now operates at 95% of design capacity, a 35% improvement from its previous state. The project is financially sustainable, providing reliable clean energy to community subscribers at rates 15% below utility prices.
The environmental impact includes carbon reduction equivalent to removing 250 cars from the road annually. The project's operational lifespan has been extended by 18+ years, ensuring long-term clean energy access for the community.
Key Results
Performance Metrics
Production Increase
35% - Improvement in energy generation
Subscriber Savings
15% - Below utility rates for community members
Project Lifespan
18yr - dditional operational years added
Environmental Impact
Carbon Reduction Quantified
This project prevents 215 Tons CO₂ emissions annually, representing a significant value in carbon offset markets. Over time, this system provides a carbon reduction ROI of 3:1 compared to the emissions from manufacturing new panels.
Resource Conservation Value
Our system optimization extends solar equipment lifespan by an average of 18+ Years, providing a 40% return on resources compared to replacement. This is equivalent to planting 3,550 Trees annually.
Sustainable Repowering Benefits
Repowering avoids waste by keeping much of the existing system in place while updating only necessary parts. This approach delivers 35% more environmental benefit per dollar invested compared to new installations, while supporting state climate targets without requiring new land or roofspace.