Due to the numerous fires that have broken out in California since PG&E started tinkering with alternative energy sources like solar and wind, the company is interested in finding an underground option as an alternative to their above-ground transmission lines.
Microgrids are a potential solution to PG&E’s buried power line problem. They are small, localized networks of renewable energy sources and storage that can offer backup power in the event of a grid failure. By installing microgrids in high fire-threat areas, PG&E can reduce its dependence on traditional centralized sources of electricity and protect its customers from blackouts.
What do we mean by unreliable and low-carbon energy? BoxPower mini power stations, say the startup. The tiny units can produce clean electricity in areas where it’s difficult or expensive to install big power plants. And they offer an interesting solution to the problem of providing reliable energy access to people who live “on the edges of distribution lines.”
In a future where climate change drives more extreme heatwaves, solar-powered microgrids could help remote communities keep the lights on even when the macrogrid goes down, while eliminating some dangerous power lines in the process. BoxPower’s $5 million series A round from Swell Energy-backer Aligned Climate Capital shows just how much interest there is in this kind of technology.
The BoxPower Microgrid is a novel electricity distribution system that allows rural residents to connect to the grid without having to use overhead power lines. This system features solar arrays, big batteries and backup propane generators, which ultimately reaches rural residents via low-voltage underground wires. This innovative technology can provide a more reliable power source for those living in remote areas and help reduce associated environmental concerns.
BoxPower claims to have developed a new technology that enables the integration of clean energy sources into the grid. The company’s microgrid projects provide relief to island communities and businesses without access to traditional electricity grids. BoxPower says it plans to expand its operations across other states in order to help improve the grid nationwide.
Campus wants to continue expanding its BoxPower microgrid systems, which it believes will help the university alleviate some of the challenges caused by intermittent energy sources. The BoxPower microgrid systems provide an increased level of reliability and sustainability for campus operations, while also providing a training ground for future grid-based initiatives.
