Kokosing Solar partnered with the City of Grandview Heights to deliver solar carport canopies for its new City Hall, Police, and Fire Municipal Complex. Designed to help offset the facility’s energy consumption, the solar installation supports the city’s commitment to sustainability while enhancing the performance of a critical public services campus.

The Challenge

Unlike a conventional rooftop solar installation, this project required substantial civil and foundation work to support the solar carport structures. The installation involved large-scale drilling operations, excavation, and specialized foundation construction, requiring a coordinated approach across multiple disciplines.

At the same time, the project team needed to ensure the solar canopies integrated seamlessly with a new public safety campus designed to support essential city operations, including police, fire, and administrative services.

The Solution

Leveraging the combined capabilities of Kokosing Solar and Kokosing Industrial, the project team self-performed critical construction activities using specialized equipment, experienced operators, and advanced heavy civil expertise.

The solar carport canopies were strategically designed and installed to generate renewable energy while providing functional covered parking. This integrated approach allowed the city to maximize the value of its infrastructure investment while advancing its sustainability goals.

Additionally, the municipal complex was engineered with future rooftop solar expansion in mind, creating a pathway for increased renewable energy generation as the city’s needs evolve.

Results

The completed solar carport system helps offset building energy use and supports the long-term operational efficiency of the new municipal complex. By incorporating solar energy into a facility that houses critical public services, Grandview Heights is investing in infrastructure that balances performance, resilience, and environmental responsibility.

Key Outcomes

• Solar carport canopies designed to offset facility energy consumption
• Renewable energy integration for a critical public safety and municipal services campus
• Self-performed installation utilizing heavy civil construction expertise