Canada

Awendio Solaris says it plans to invest about CAD 1 billion ($726.7 million) in a vertically integrated solar cell and module manufacturing facility and research center in Montreal, Quebec, targeting the Canadian and US markets.

Canada’s International Trade Tribunal is running an interim review of the country’s anti-dumping and countervailing duties on solar modules and laminates from China, following a request to exclude flexible solar panels that affix to curved surfaces.

Canadian Solar says it will take direct control of its US solar and battery manufacturing assets through a new joint venture, shifting assets from its China-listed subsidiary and valuing the transaction at about $50 million.

A Concordia University modeling study in Canada finds that photovoltaic sidewalks could power local electric mobility, reduce urban emissions by 98%, and shift rooftop use toward agriculture under a 15-minute-city framework.

A Canadian research team has developed a framework for local urban agriculture production, with the produce harvested distributed by electric vehicles powered by sidewalk-integrated photovoltaics. The PV-powered transportation system was calculated to have a payback time of 2.8 years.

A team of researchers in Canada has developed the Jericho Open Resistive Data Logger—an open-access photovoltaic (PV) monitoring platform that integrates data acquisition and processing hardware, a software framework, and a comprehensive sensor array. Designed primarily for agrivoltaic applications, the system has a total estimated cost of around $2,000.

Cache Power has commissioned an engineering study for a 640 MW compressed air energy storage and hydrogen project in Alberta, supported by provincial funding.

Germany’s Federal Court of Audit (Bundesrechnungshof) says the nation’s hydrogen strategy is falling short despite heavy subsidies, while Pulsenics and Endua have launched the first commercial AI-based monitoring system to improve electrolyzer performance under fluctuating renewable power conditions.

Canadian researchers investigated how the transparency of cadmium telluride and crystalline silicon solar panels affects lettuce growth in agrivoltaic systems. They found that 69%–transparent silicon panels increased lettuce yield by 3.6%, whereas cadmium telluride panels led to a reduction in yield.

Researchers in Canada have proposed using gravity-based energy storage in high-rise buildings, in combination with photovoltaic facades, small wind turbines, and lithium-ion batteries. Their modeling indicated that this hybrid system could achieve a levelized cost of energy ranging from $0.051/kWh to $0.111/kWh.