With support from the Province, the University of British Columbia (UBC) is about to break ground on a project that will transform a city-sized block of campus into a world-leading smart energy district to test how hydrogen can be used to power a low-carbon future.

Two Burnaby-based companies, Advanced Intelligent Systems and Nano One, are developing projects to advance B.C.’s clean technology sector while supporting a low-carbon future with support from the Innovative Clean Energy (ICE) Fund.

A record number of British Columbians have switched to electric vehicles (EVs) with more than 54,000 light-duty EVs registered in B.C., according to the newly released 2020 annual zero-emission vehicle (ZEV) update.

Automotive technicians in Victoria can upgrade their skills to work on electric vehicles (EVs) through the EV Maintenance Training program offered at Camosun College.

Automotive technicians in Prince George can upgrade their skills to work on electric vehicles (EVs) through the EV Maintenance Training program offered at the College of New Caledonia (CNC).

More automotive technicians in B.C. can upgrade their skills to work on electric vehicles (EVs) through the expansion of the EV Maintenance Training program to three additional colleges.

The remote Kwadacha First Nations community in Fort Ware, 570 kilometres north of Prince George, is taking steps to transition from diesel to clean electricity generation and create local jobs under the Province’s CleanBC plan.

Students and residents in the remote community of Hot Springs Cove will benefit from the installation of solar panels at the community school, under the Province’s CleanBC plan.

The remote Lhoosk'uz Dené First Nation community, located 195 kilometres west of Quesnel, is taking steps to transition from diesel to clean electricity generation and create local jobs under the Province’s CleanBC plan.

Parksville-based Canadian Electric Vehicles (CanEV) is developing electric-powered industrial work trucks to support the transition to a low-carbon economy with funding from the CleanBC Advanced Research and Commercialization (ARC) program.