Suffolk County Industrial Solar Opportunity Analysis
LIPA is studying rooftop solar potential across six industrial zones in Suffolk County—Long Island Innovation Park, Route 110 Corridor, Heartland Business Center, MacArthur Business Park, Brookhaven Rail Terminal, and Wyandanch—to map interconnection constraints and design a framework for aggregated multi-building solar projects. The feasibility study includes geospatial rooftop assessment, grid infrastructure evaluation with PSEG Long Island, stakeholder engagement, and policy recommendations to streamline permitting and accelerate deployment. One-year contract with two optional six-month extensions; RFQ response due February 6, 2026.
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AI Overview
The Long Island Power Authority (LIPA) is seeking a consultant to conduct a comprehensive feasibility study of industrial zones in Suffolk County to assess the potential for large-scale solar energy development. The study will focus on six identified industrial areas: Long Island Innovation Park at Hauppauge, Route 110 Corridor, Heartland Business Center (Brentwood), MacArthur Business Park, Brookhaven Rail Terminal, and Wyandanch.
The project scope includes four primary components: (1) assessing rooftop solar potential through geospatial analysis to determine available rooftop space and identify structural, ownership, and zoning considerations affecting solar deployment; (2) mapping out interconnection processes by evaluating existing grid infrastructure, interconnection points, and identifying potential constraints and upgrades needed to accommodate large-scale solar development; (3) developing a process for multi-building solar projects that explores opportunities to group multiple buildings into coordinated interconnection applications and evaluate different business models including behind-the-meter and front-of-meter approaches; and (4) engaging stakeholders and providing policy recommendations to identify regulatory, permitting, and market barriers while providing actionable recommendations to improve coordination and streamline processes.
The work will be accomplished through four tasks: Data Collection and Rooftop Assessment (utilizing aerial imagery, GIS mapping, and engineering evaluations while conducting outreach with business owners); Grid Integration Analysis (working collaboratively with LIPA and PSEG Long Island grid engineers to assess infrastructure and develop interconnection strategies); Policy and Process Recommendations (identifying opportunities to accelerate permitting and develop a framework for aggregated solar applications); and Report and Next Steps (delivering a final feasibility report with findings and proposing a pilot project). The work is expected to be performed virtually with onsite meetings at LIPA offices as needed, likely no more than quarterly. Key dates include: RFQ issued January 16, 2026; questions due January 23, 2026 at 3:00 PM; Q&A posted January 27, 2026 at 3:00 PM; RFQ response due February 6, 2026 at 3:00 PM; anticipated award March 2026; anticipated project start date March 15, 2026. The contract will be for one year with the option for up to two extensions of six months each.
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2026-RFQ-UCS-20