Top Products
The project at the University of British Columbia (UBC) involves replacing all the high-voltage electrical distribution equipment that powers the majority of the campus. The use of ETAP design software enables the easy integration of real-time substation monitoring, as it already incorporates the digital twin concept. Schneider Electric's acquisition of ETAP influenced UBC's decision to integrate Schneider's EcoStructure Power Operation and ETAP for simulation and analysis.
Location: Vancouver, British Columbia, Canada
Year: 2021
This project, which emerged from a feasibility study conducted in 2018, involves replacing all high-voltage electrical distribution equipment that powers the majority of the University of British Columbia (UBC) campus.
UBC's use of ETAP design software enables the easy integration of real-time substation monitoring, as the software already incorporates the digital twin concept, facilitating a seamless transition from design to operation. Schneider Electric’s acquisition of ETAP influenced UBC's decision to integrate Schneider's EcoStructure Power Operation and ETAP for simulation and analysis.
The customer benefits of this solution include a future-proof design based on the latest industry standards, a single-pane view of the overall electrical control system, interoperability with third-party equipment, and robust cybersecurity measures.
Schneider Electric medium voltage switchgear
University of Columbia Sign at Campus in Vancouver
UNY Substation at University of Columbia, Vancouver, Canada
2