Solar Powered Mobile EV Chargers

Garfield County is seeking proposals for Solar Powered Mobile EV Chargers through a state and local contract opportunity identified by the unique ID 67ffb3e5f2642eb4d40d3b86. The procurement is specifically targeted at implementing mobile electric vehicle charging infrastructure powered by solar technology. The contract opportunity was posted on April 15, 2025, with proposal submissions due by April 18, 2025, indicating a compressed timeline for vendor response. The procurement appears to be focused on acquiring innovative mobile charging solutions that can be deployed flexibly across the county to support electric vehicle infrastructure expansion. Potential vendors will need to demonstrate technical capabilities in solar power generation, mobile charging station design, and electric vehicle charging technology. The proposal should comprehensively outline the technical specifications of the mobile chargers, their solar power generation capacity, charging speed, compatibility with various electric vehicle models, and potential deployment strategies within Garfield County's geographical landscape.

While specific set-aside designations are not explicitly detailed in the provided information, vendors should be prepared to potentially meet local or state-level requirements for disadvantaged business enterprises or local economic participation. The contract opportunity suggests a strategic investment in sustainable transportation infrastructure, which might prioritize vendors with proven experience in renewable energy and electric vehicle charging solutions. Given the innovative nature of solar-powered mobile EV chargers, the county may be seeking vendors with demonstrated capabilities in cutting-edge clean energy technologies. The contract likely represents a significant investment in modernizing transportation infrastructure, though specific budget ranges are not disclosed in the available documentation. Potential respondents should be prepared to provide comprehensive technical proposals that not only meet the functional requirements of mobile solar EV charging but also demonstrate cost-effectiveness, scalability, and alignment with broader regional sustainability goals.