Next-Generation EV Batteries Could Have Something In Common With The US Army: Silicon
The US Army has been dipping into silicon technology for wearable batteries and drones, which could smooth the way for EV batteries, too.
The US Army has been dipping into silicon technology for wearable batteries and drones, which could smooth the way for EV batteries, too.
Fremont, California-based Amprius technologies is the manufacturer of some of the highest energy density lithium-ion battery cells in the world. This was accomplished using their proprietary silicone nanowire anode technology that enables a step change improvement over the traditionally graphite-based lithium-ion cell chemistries. Higher energy density and volumetric density matters … [continued]
The future of all ground transportation and an awful lot of aviation and marine shipping being electric, low-carbon, quieter, and a lot less smelly is within reach. It would be rude not to reach out and grab it with both hands.
Tesla fans have zeroed in on a battery startup called Amprius. A number of clues indicate that it may be acquired by Tesla in the future, or that it at least plays a role in Tesla’s battery innovation and coming announcements at Tesla Battery Day. I’ll come back to the Tesla–Amprius connections in a minute. First, once I saw the name popping up, I recognized it and decided to check the CleanTechnica archives for it. Let’s start there.
As I wrote in my piece on cleantech trends from 2014 and expected cleantech trends in 2015, the battery storage market is really blossoming. There are now quite a number of battery startups and battery departments within big corporations that seem to have promising products arriving on the market or soon to arrive … [continued]
Lithium-ion batteries have been the gold standard for powering electric vehicles, but with fuel cells breathing down their necks, the pressure is on to come up with next-generation performance improvements. A team of researchers has come up with a solution based on the structure of a pomegranate, which could combine … [continued]
One of the top energy storage startups we’re keeping an eye on these days is Amprius. The lithium-ion battery company, a Stanford University spinoff, recently landed $30 million in Series C funding. Adding former US Secretary of Energy Steven Chu to the board of directors is clearly another positive step forward. … [continued]
Amprius, a lithium-ion battery manufacturer, has raised $30 million of Series C funding for new, compact lithium-ion batteries which utilize silicon nanowire anodes. In the past, silicon anode technology has experienced multiple failures, but also improvements — as have most other technologies, proving that alternative energy technologies in general deserve … [continued]
For more than a decade, scientists have tried to improve lithium-based batteries by replacing the graphite in one terminal with silicon, which can store 10 times more charge. But after just a few charge/discharge cycles, the silicon structure would crack and crumble, rendering the battery useless. Now a team led … [continued]