Solar Charging Station Manufacturing & Integration

The contract encompasses the design, fabrication, and full integration of a 16-unit, solar-powered, off-grid electric vehicle charging station featuring an aluminum frame and a solar canopy system to generate renewable energy on-site. The station includes integrated battery storage to ensure continuous power availability regardless of sunlight conditions, and it features app-based access control to manage user authentication, scheduling, and payment processing. All components must be engineered for durability and performance in outdoor environments, with a focus on minimal maintenance and long-term reliability. The system must be fully functional upon deployment without reliance on the traditional power grid. The project is structured as a subcontract under Florida Southwestern State College, with a solicitation posted on June 9, 2026, and a response deadline set for the same date at 12:00 PM, indicating a potential administrative error or urgent procurement context. The North American Industry Classification System code 334418 identifies the work within the category of other electronic component manufacturing, suggesting a specialized focus on the integration of electronic and energy systems. The place of performance and point of contact details are unspecified, implying that logistics and coordination may be determined post-award. The contract expects a turnkey solution that combines solar technology, energy storage, and digital access systems into a single, scalable infrastructure capable of supporting public or campus-wide EV charging needs.