Elon Musk and JB Straubel covered a lot of ground in a nearly-three-hour performance at Tesla’s 2016 annual shareholder meeting. They recapped the history of the company, explained why Supercharging will not be free for Model 3 buyers, and discussed their plans to remake the auto production process. They also made some very interesting remarks… Read more »
Search Results Found For: "nickel"
A closer look at wire bonding
Wire bonding technology – widely utilized in the microelectronics and power electronics industries since the 1970s – is finding its way into interesting new applications in the growing EV industry – in particular, battery connections. We’re quite certain that a few EVs are using wire-bonding technology for production battery pack connections, but Charged was unable… Read more »
Tesla’s Gigafactory features renewable energy, recycling, robots…and horses
As Tesla develops the mass-market Model 3, it is simultaneously working on the Nevada Gigafactory that will produce the boatloads of batteries required. When the futuristic factory is finished in 2020, it is expected to produce more lithium-ion batteries than all the world’s other battery factories combined. When completed the 13-million-square-foot facility will have the… Read more »
BASF licenses CAM-7 Li-ion cathode materials from CAMX Power LLC
Massachusetts-based battery technology developer CAMX Power has granted a license for its CAMX suite of CAM-7 cathode materials to chemical giant BASF. CAM-7 is a patented cathode material that features high-nickel compounds. According to the company, it features a discharge capacity over 200 mAh/g, and retains more than 80% of capacity at -20° C. It… Read more »
A closer look at electrolytes in advanced batteries
The electrolytes in advanced batteries are based on incredibly complicated formulations. If you calculated all of the possible combinations of solvents, salts and additives while trying to find the optimal ratios for just one electrolyte formulation, it would add up to an extraordinary number of possibilities. Because it plays such a critical role in battery… Read more »
Second life: Spiers New Technologies develops advanced battery classification techniques
Spiers New Technologies (SNT) is just over a year old, but its founder has been focused on developing the market and technology for secondary-use batteries as long as anyone in the business. Dirk Spiers is one of the more passionate figures in the EV industry. Like many entrepreneurs, he seems to have a clear view… Read more »
Graphene cages could be the key to silicon anodes
Battery boffins are buzzing about silicon anodes, which could store up to 10 times more energy than today’s anodes. The catch is that silicon particles tend to swell and crack during cycling, and to react with the electrolyte in unwanted ways. Now a team from Stanford University and the Department of Energy’s SLAC National Accelerator… Read more »
Hyundai joins the plug-in club with the 2016 Sonata PHEV
Around the world, automakers are facing ever-tightening emissions regulations, and they understand very well that improving the efficiency of their internal-combustion engines isn’t going to be enough to bring them into compliance. Each OEM has crafted its own strategy to reduce the average emissions of its fleet. Hyundai has opted for an “all-in strategy,” developing… Read more »
Self-heating lithium-ion battery aims to conquer winter range anxiety
One of the drawbacks of lithium-ion batteries is that they tend to suffer power loss in cold weather. At temperatures below freezing, charging is slower, regenerative braking is restricted and vehicle range can be reduced. Now researchers from Penn State and spin-off company EC Power have developed a battery that avoids these problems by self-heating… Read more »
Two-level cathode structure improves battery performance
As the search for a better battery grinds on, a lot of the attention is focused on potential cathode materials. Nickel is one possibility that shows a lot of promise – its drawback is that it is unstable and tends to have destructive reactions with the electrolyte. Now a team of scientists from the Brookhaven… Read more »