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Boron Nitride separation process to increase efficiency of solar cells
N/A | September 3, 2018
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Article | February 28, 2020
Scientists and researchers around the world are increasingly turning to Artificial Intelligence (AI)and so called Robo-Scientists to help them discover everything from new anti-biotics and drugs, through to new spray-on solar panel materials and vaccines, so it shouldn’t come as much of a surprise that AI is now being used to help develop new battery tech. “In battery testing, you have to try a massive number of things, because the performance you get will vary drastically,” said Ermon, an assistant professor of computer science at MIT, referring to how scientists traditionally hunt for new battery breakthroughs, and who led the new project to use AI to help them develop new promising batteries for Electric Vehicles.
According to DNV GL’s 2019 Energy Transition Outlook, the combination of storage for the grid and storage available in vehicle-to-grid systems will exceed 40 TWh in 2050 worldwide. Storage and in particular battery solutions will help propel the transition to a decarbonized, electrified energy future. The energy storage market presents a tremendous opportunity for project developers and lenders worldwide. The drivers are clear and global: the rapid electrification of the transport, buildings and manufacturing sectors, the need for smooth integration of variable renewables, whether for a wind farm or industrial solar systems, and financial flexibility for both providers and customers.
Electric engines are incredibly efficient, getting useful work out of 85 percent of the energy that goes into them. Gas engines only get 30 percent, wasting a lot of the energy we pay to fill them up with. That one fact drives intense fuel cost savings for electric vehicles, a clear win for a campus shuttle and bus conversion. But switching from gas to electric also opens up a world of operational resilience, energy independence and sustainability — with the right implementation of electric vehicle charging technology.
With people working from home and generally staying in spring 2020, publications around the world have reported on a significant decrease in air pollution. Wouldn't it be great if we could keep emissions low, even after the threat of Covid-19 has dissipated? One company is trying to make that happen. Earlier this week, The New York Times reported that traffic and air pollution have plummeted as cities shut down due to the coronavirus. While there are no silver-linings to the COVID-19 pandemic, our response to this crisis shows that we are capable of abrupt changes when the situation necessitates them. Perhaps we can even reverse climate change. A key factor in bringing this change will be altering the way we commute. One company, Aptera Motors, is trying to make this happen with solar-charged electric vehicles.
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