e-Zinc, a provider of sustainable, long-duration energy storage with zinc-air batteries, closed a $7 million venture debt facility with Silicon Valley Bank. e-Zinc will use the funding to further progress its commercialization efforts and execute on high-value commercial pilot projects that provide in-field validation for its batteries.
Following e-Zinc’s recent series A funding, this venture debt facility from Silicon Valley Bank will provide a flexible and discretionary financial buffer to expand manufacturing operations at its new facility in Mississauga, Ontario. By accelerating production of its commercial energy storage systems, e-Zinc can now deliver on upcoming testing and validation projects within the next 18 months, such as the Toyota Tsusho Canada pilot project and its partnership with California Energy Commission (CEC).
“Through the process of finalizing this deal, e-Zinc has developed a strong relationship with Silicon Valley Bank,” James Larsen, CEO at e-Zinc, said. “We are excited to work with Silicon Valley Bank as we look to strengthen financing, supply chain, and customer relationships that will positively impact our growth.”
The upcoming pilot projects will further validate that e-Zinc’s sustainable zinc-air battery can reliably provide long-duration energy storage for several days, compared to only a few hours for most other battery types. When its technology is brought to market, e-Zinc’s mission is to displace diesel generators as the standard low-emission alternative and eventually help achieve a 100% renewable energy future by pairing its battery with renewable energy sources.
“Silicon Valley Bank is committed to the renewable energy transition and we are excited to work with e-Zinc as it accelerates production of its innovative and impactful long-duration energy storage system,” Graeme Millen, managing director and climate tech & sustainability lead in Canada, said. “We are proud to support the company in expanding manufacturing operations as it demonstrates the value of its technology in real world settings.”
