Protection and Interlock System Design

The contract entails the design and implementation of safety interlocks and protection systems specifically for high-power magnet supply equipment, with the primary objective of ensuring operational safety during use. This work requires expert engineering to develop robust, fail-safe mechanisms that prevent hazardous conditions such as overcurrent, thermal runaway, or uncontrolled energization, all critical in environments where high-energy magnetic fields are in operation. The systems must be engineered to integrate seamlessly with existing infrastructure and comply with rigorous safety standards applicable to high-energy physics and nuclear research facilities. Issued as a subcontract under the Department of Energy, the solicitation is managed by Brookhaven National Laboratory as the prime contractor, targeting specialized vendors with proven experience in industrial safety systems for high-power electrical applications. The NAICS code 334516 indicates the focus on instrumentation and control manufacturing, underscoring the technical precision required. The opportunity was posted on July 8, 2026, with responses due by July 24, 2026, allowing potential offerors approximately sixteen days to prepare comprehensive technical and operational proposals. The performance location is tied to the DOE's facility operations, though no specific geographic details are provided, indicating that work may involve onsite integration at the lab or delivery of certified subsystems to a defined location.