Industry
Mission Critical
Services
Power Distribution
HVAC
Power System Analysis
Key disciplines
Electrical
Mechanical
A data center owner in Utah faced a significant hurdle when the local utility informed them that it would take nearly a decade to supply the power required for their planned expansion. The proposed power plant solution included 72 natural gas engines feeding 25kV switchgear, with a Selective Catalytic Reduction (SCR) system to manage emissions and large radiators to ensure engine cooling.
To meet their power demands independently, the owner needed to engage an Architectural Engineering Firm and a turnkey equipment packager to design and construct a new power plant. This firm required additional expertise to ensure a robust and compliant design.
The Architectural Engineering Firm sought a reliable and responsive partner to advance the project into construction. Anvil stepped in as a trusted ally, delivering fit-for-purpose engineering services tailored to their specific needs including Electrical Professional Engineers (PE) licensed in Utah.
As a value add, Anvil conducted a meticulous review of the electrical drawings, ensuring accuracy and compliance with Utah’s regulatory standards. As the project progressed, Anvil expanded its fit-for-purpose support to include arc flash studies, standardized piping support details, mechanical drawing reviews, and HVAC system designs.
Through consistent collaboration and high-quality, fit-for-purpose deliverables, Anvil has remained a steadfast partner, providing ongoing support as the client navigates construction-related challenges. Anvil’s expertise and adaptability have solidified our role as a key contributor to the success of this mission critical power plant project.
Anvil executed the approved work and functioned as a seamless part of the project team. After completing the power system study, our engineers identified risks with the proposed equipment ratings due to the high available short circuit. Our team was able to recommend the appropriate equipment in time to avoid schedule slip.
As part of the power study report, we were also able to improve on the initial protective device coordination which improved safety and increased overall reliability.
