Opportunity
Merx #GOC5180004-CS, GOC5180005-CS
Power Systems Study and Arc Flash Analysis for Federal Buildings in British Columbia
Posted
May 06, 2026
Respond By
May 21, 2026
Identifier
GOC5180004-CS, GOC5180005-CS
NAICS
541330, 238210
This opportunity seeks a qualified consultant to perform a comprehensive power systems study at two Government of Canada office buildings in British Columbia. - Government Buyer: - BGIS - PWGSC RP1 (Public Works and Government Services Canada, Real Property 1) - Scope of Work: - Conduct a short circuit study, arc flash analysis, and protection coordination for electrical systems - Ensure compliance with CSAZ462 Workplace Electrical Safety and IEEE 1584 standards - Provide and install arc flash labels on electrical equipment - Verify and update single line diagrams (SLDs) for the electrical distribution system to meet PSPC standards - Deliver SLDs in both AutoCAD (.dwg) and PDF formats - Supply three printed and laminated hard copies of the SLDs - Include backup power systems in the study if present in the buildings - Unique/Notable Requirements: - Strict adherence to Canadian safety and engineering standards (CSAZ462, IEEE 1584) - SLDs must be delivered in specified digital and physical formats - Installation of arc flash labels is required - No specific OEMs, vendors, or part numbers are identified in the solicitation - Locations: - Kelowna GOCB, 471 Queensway Ave, Kelowna, BC - Penticton GOCB, 277 Winnipeg St, Penticton, BC
Description
This solicitation is for conducting a power systems study to protect employees from electrical arcs during electrical equipment failures and to improve the coordination of protective equipment. The study includes a short circuit study, arc flash analysis, and protection coordination in compliance with CSAZ462 and IEEE 1584 standards, as well as other applicable laws. The scope also involves providing and installing arc flash labels, verifying and updating single line diagrams (SLDs) for electrical distribution according to PSPC standards, and delivering SLDs in AutoCAD and PDF formats along with printed copies. The project completion date is March 15, 2027.