Opportunity

New York State Contract Reporter #25/26-165MC

Procurement of Off-Grid Solar-Powered Micro-Mobility Charging Stations for SUNY Stony Brook

Posted

July 03, 2026

Respond By

July 24, 2026

Identifier

25/26-165MC

NAICS

335999, 238290

SUNY Stony Brook is seeking bids for three off-grid, solar-powered micro-mobility charging stations for e-bikes and e-scooters. - Government Buyer: - State University of New York (SUNY), SUNY Stony Brook West Campus, Procurement Office - Products/Services Requested: - Three off-grid, solar-powered micro-mobility charging stations - Each station must include: - Solar photovoltaic canopy - Battery energy storage system - Dedicated charging outlets for e-bikes and e-scooters - Secure charging and storage compartments - Monitoring capabilities and lighting - All required accessories and components - Installation, testing, and commissioning of all stations at multiple campus locations - Notable Requirements: - Stations must be fully operational upon delivery and installation - All labor, materials, equipment, supervision, transportation, and warranties must be included - No specific OEMs or brands are mandated; opportunity is open to all qualified suppliers - OEMs: - No specific OEMs are named in the solicitation - The procurement is a one-time purchase to be completed upon installation of all three stations

Description

This Invitation for Bid (IFB) issued by the State University of New York at Stony Brook solicits bids to furnish, deliver, install, test, and commission three off-grid, solar-powered micro-mobility charging stations. The stations will provide secure charging and parking for electric bicycles and scooters, featuring integrated solar photovoltaic canopies, battery energy storage, dedicated charging outlets, secure compartments, monitoring, and lighting. Work will be performed at multiple SUNY Stony Brook campus locations on owner-provided concrete pads. The contract includes all labor, materials, equipment, supervision, transportation, warranties, and services necessary for fully operational charging systems.

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