- The University of British Columbia (UBC) has inaugurated the Smart Hydrogen Energy District (SHED), a pioneering green hydrogen fueling station that serves both light and heavy-duty vehicles, powered by solar and hydro energy.
- This significant development not only advances British Columbia’s clean energy goals but also positions the province as a leader in the global hydrogen economy.
Vancouver– The University of British Columbia has unveiled its new Smart Hydrogen Energy District (SHED), marking a significant milestone in green hydrogen infrastructure in British Columbia. This facility, the first of its kind in B.C., can fuel both light and heavy-duty vehicles with hydrogen produced on-site through water electrolysis, utilizing solar and hydroelectric power.
Multimodal Energy Integration
SHED is one of the first sites worldwide to integrate hydro, solar, and hydrogen technologies at a single location, creating a unique model for sustainable energy production and utilization. The station not only supports hydrogen-powered vehicles but also features rooftop solar arrays and nearby electric vehicle chargers, making it a comprehensive green energy hub.
Leadership and Funding
The project has garnered support from multiple levels of government and private sectors, with significant funding contributions:
- Province of British Columbia: $8.3 million
- Federal Government: $5 million
- Canada Foundation for Innovation: $4.6 million
- B.C. Knowledge Development Fund: $4.6 million
- HTEC: $800,000
This substantial investment underscores the collaborative effort to foster innovation in renewable energy technologies and infrastructure development.
Comments from Dignitaries
During her visit to the site, Minister of Energy, Mines and Low Carbon Innovation, Josie Osborne, emphasized that SHED exemplifies British Columbia’s commitment to a clean economy and sustainable energy solutions. “By integrating energy, transportation, and design, SHED not only supports our CleanBC goals but also positions British Columbia as a world leader in the hydrogen economy,” said Osborne.
Dr. Walter Mérida, SHED research lead and a professor of mechanical engineering at UBC, highlighted the role of hydrogen in bridging the gap between renewable electricity and sustainable energy services. “Hydrogen can play a critical role in Canada’s transition to a low-carbon economy,” Mérida stated, adding that the project demonstrates the potential of interconnected, smart technologies to enhance energy networks.
Future Prospects and Benefits
The SHED is not just a fueling station; it is an integrated energy complex that allows parked vehicles to return unused energy to the microgrid through two-way charging, effectively using them as mobile power banks to stabilize future electric grids.
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