Here’s 13 rare battery startups working on next-generation manufacturing, chemistry and printing technologies. These battery companies could create innovation that could revolutionize electric cars, the power grid and how we charge up our gadgets and cell phones. Read more »
The market for grid-scale advanced batteries is forecasted to reflect nearly $30 billion in investment through 2020. Tapping into this potential depends on the technical and market-focused innovations of a small industry ecosystem, one that faces considerable challenges in R&D and funding. Read more at GigaOM Pro »
Because battery chemistry is such a hard problem, it’s pretty natural that we’re turning to the power of analytics, big data, cloud computing and all those other fun IT buzz words to solve it. Read more »
The U.S. government continues to give small grants to early stage next-generation battery technology in an effort to boost innovation in the U.S., and provide energy storage for electric cars and the power grid. Read more »
Tapping into computer models that can simulate chemical reactions between materials could significantly speed up the pace of progress for battery innovation. Read more »
If there is one thing to know about the pace of progress for battery innovation, it’s this: There is no Moore’s law for batteries. The rapid progress that has been made over the past decade in silicon and computing makes the pace of innovation in batteries, ... Read more at GigaOM Pro »
A lack of progress for battery technology is (arguably) the single biggest barrier for gadgets, electric vehicles, and the power grid. But there’s hundreds of researchers, entrepreneurs, universities and large companies working on battery breakthroughs. Here’s 25 you should know about: Read more »
Early-stage, high-risk, and potentially game-changing — those are a few things all the companies that have been funded by the Department of Energy’s ARPA-E program have in common. I’m at the ARPA-E Summit this week and here are 10 companies to watch for. Read more »
