Battery Technical
Silicon Anode Batteries Hold a Key
Batteries have three core components, namely their anodes, cathodes, and electrolytes. Anodes release electrons to…
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Battery Technical
Battery Technical
Batteries Wind Turbines and Data Centers
Data centers traditionally take their energy from utility grids, and use it to power their…
Battery Technical
Bio-Graphite Anode for Lithium-Ion Battery
Graphite, which is the commonest material in lithium-ion battery anodes, occurs naturally in certain rocks.…
Battery Technical
Impact of Toyota’s Solid-State Batteries
The impact of Toyota’s solid-state battery project becomes clearer, as further details emerge in media.…
Battery Technical
Volkswagen Semi-Solid Flowable Battery
U.S. Advanced Research Projects Agency-Energy (ARPA-E) currently includes 24M Technologies’ flowable, semi solid electrodes among…
Battery Technical
Hawaii Lithium-Ion Battery Farm Proposals
Hawaii Public Utilities Commission is encouraging lithium-ion battery farm proposals from large-scale independents, in a…
Battery Technical
Bipolar Battery Dual-Purpose Electrodes
Bipolar batteries use an electrode that is both an anode and a cathode. This potentially…
Battery Technical
Decarbonizing City Buses Must Follow Soon
Baby boomers’ parents must have loved their shiny trolley buses, when the newfangled idea first…
Battery Technical
Mechanical Forces Inside Solid-State Batteries
We came across a post in Tech Briefs we link to below, because we found…
Battery Technical
Should We Standardize Batteries for E-Bikes?
At first glance the thought, should we standardize batteries in e-bikes sounds like a case…