Eugene Water & Electric Board (EWEB) ITB 25-130-G Underground Separable Connectors

The Eugene Water & Electric Board (EWEB) has initiated an Invitation to Bid (ITB #25-130-G) for Underground Separable Connectors, seeking to establish a price agreement contract with a single vendor for electrical distribution system components. The procurement covers two distinct lots of specialized electrical connectors, including various types of elbows, probes, caps, adapters, contacts, plugs, and bushings specifically designed for 15 kV systems. Bidders must submit comprehensive documentation through the OregonBuys website by July 24, 2025, at 2:00 PM PT, with no pre-bid conference scheduled. The evaluation criteria will focus on compatibility with existing equipment, compliance with IEEE and ANSI standards, and the potential for alternate brand submissions, which will be assessed based on quality, utility, and interchangeability with existing products. The contract term is set from October 1, 2025, to September 30, 2030, with potential price increases considered after the first 12 months, subject to acceptable documentation.

The solicitation encourages participation from minority, women, and emerging small businesses, demonstrating a commitment to diverse vendor engagement. While no specific set-aside designations are explicitly mentioned, the bid emphasizes sustainability practices, including waste reduction and environmentally preferable products. Bidders are required to complete sustainability questionnaires and provide detailed price schedules for Lot 1 and Lot 2 components. The estimated annual purchase volume suggests a significant ongoing need for these electrical distribution components. Although a specific budget range is not disclosed, the five-year contract duration and comprehensive component list indicate a potentially substantial procurement opportunity. The bid strongly emphasizes technical compatibility and standardization, requiring vendors to ensure their products can seamlessly integrate with EWEB's existing electrical infrastructure.