UNSPSC 26131509: Wind power plants

UNSPSC 26131509 Wind power plants is a Commodity code covering the design, engineering, procurement, installation support, and maintenance of wind generation systems for municipal and utility operations. State and local governments use this code to solicit integrated project delivery for small-scale wind resources, typically distributed energy resources installed on municipal facilities or utility infrastructure, including design and permitting services, equipment procurement, construction documentation, and long-term maintenance agreements. The issuing bodies soliciting under the code include municipal utility departments, water districts, and city facilities management operations. Recent solicitations reveal work spanning rooftop microturbine projects, power distribution maintenance services, and comprehensive operations support for renewable energy infrastructure operated by public agencies.

Recent activity appears concentrated in California and the broader Southwest, with the most detailed opportunity originating from the City of Pasadena Department of Water and Power RFP 2026RFP0129 (due originally May 22, 2026) for design, engineering, permitting, and maintenance of a 5-kilowatt rooftop wind microturbine with comprehensive fixed-price and annual maintenance components, subject to local Pasadena business and certified small or micro-business preferences. Eastern Municipal Water District in Riverside County, California solicited power distribution maintenance and repair services (RFP RFPHH3944, due July 24, 2026). The City of South Fulton, Georgia issued RFP 26_09 (due April 9, 2026) for solar PV standby response and maintenance services with task-order structure and 24/7 availability requirements, suggesting demand for ongoing operations support beyond initial deployment. Geographic spread includes California, Georgia, Wisconsin (though the Madison RFQ focused on SolarEdge photovoltaic inverters and optimizers rather than wind systems), and South Dakota cooperative purchasing activity through Sourcewell.