China’s EV battery developer Gotion High-Tech continues its global expansion, celebrating its latest milestone in new technologies this month. Gotion rolled its first battery pack off its new assembly line near Silicon Valley – its first product manufactured in the United States.
Faster and farther – those are two of the most common requests from many e-bike riders who rely on their bikes for daily trips. The Lectric XP e-bike is already quite fast at 28 mph (45 km/h), but now it is going farther than ever thanks to a big battery upgrade launched today by the manufacturer.
Battery systems manufacturer SVOLT has unveiled a cobalt-free battery pack at the Chengdu Motor Show in China. The company now claims to be the first to create a cobalt-free battery that has reached series production, although other battery manufacturers have claimed similar production achievements.
During its “Tech Zone” online launch event, global battery maker CATL introduced its first-generation sodium-ion battery, as well as an AB solution that integrates both sodium-ion and lithium-ion cells into one pack. While this first generation of sodium-ion cells is not here to overtake traditional lithium-ion batteries, they do present a number of benefits for charging, maintaining energy, and helping to promote cleaner energy.
California-headquartered green power solutions company Jackery is officially releasing the Explorer 1500 on April 5 – its largest solar generator yet. The company asked Electrek if we’d like to try it out, so Jackery sent me a review unit, and I happily put it to the test. Here’s what I found.
Tim Grewe, GM’s director of battery cell engineering and electrification strategy, held a virtual media conference today about the company’s EV battery strategy. It was a wide-ranging info session explaining the General Motors approach to chemistry, cell, and module design, and how EV batteries will be manufactured in high volume. “Categorically, we think that the pouch cell is the winner,” said Grewe.
The Korea Herald reports that pre-pandemic shortages of battery supply, which caused delays for European automakers, have been made worse by the global crisis. The situation became urgent enough for the Polish government to waive travel restrictions, allowing 200 LG Chem technicians to resume expansion of its battery gigafactory in Wroclaw.
Any legitimate EV development program starts with the batteries that make electric vehicles go. So when General Motors (GM) yesterday laid out its multi-brand, multi-segment EV strategy — for getting to 1 million EV sales per year asap — it presented the company’s flexible Ultium battery system as the key.
The adaptive charging method offered by software maker Qnovo ensures battery health for tens of millions of smartphones. Now the company wants to bring the same algorithms to EVs. Should we stop waiting for pie-in-the-sky breakthroughs in cell chemistry or solid-state EV batteries?
Too good to be true? Yes, probably, but that’s what a Tesla Model S owner on Craiglist is claiming. While we will have to disagree with the owner’s definition of “minor dents and dings”, it’s not impossible to imagine how this Model S would still be able to drive – though its salvage status is evidently still well-deserved. Expand Expanding Close
For the most part, Tesla’s Gigafactory has looked the same from the outside since the beginning of the year. The first phase consists of 4 sections of about 475,000 square feet for a total of 1.9 million square feet. The final version of the building, which should be completed by the end of the decade, is expected to have 13 million square feet of manufacturing and work space. It should be enough to become the biggest building on earth by footprint and Tesla plans for the factory to produce at least as much battery capacity as the entire world production of li-ion cells.
Now we learn that Tesla is planning to add a new section to the plant with an estimated completion date by the end of the year, according a building permit recently issued to Tesla. Expand Expanding Close
The issues mostly revolved around defining electric power in terms of horsepower and the power output being dependent on the state of charge of the battery pack feeding the car’s two electric motors. The issues have been mostly resolved after Tesla updated its advertised numbers, but since the introduction of the Model X and the ‘Ludicrous mode’, things have been more complicated again… Expand Expanding Close
‘Lithium’ battery capacity degradation is one of the main concerns of electric vehicle buyers and potential buyers. Since the resurgence of electric cars is relatively recent, meaningful long-term data on large battery packs is fairly rare. Only Tesla has battery packs with a capacity higher than 30 kWh on the road in any significant number and they only have been in operation for a few years (Roadster aside).
But a few Tesla owners have accumulated impressive mileage on their vehicles and the data provides an interesting look into potential battery capacity degradation. Expand Expanding Close
The fine folks at GM have given us a shiny new (OK, 500 miles) electric blue 2017 Chevy Volt to test drive for the next week. I’m keeping a diary of my experiences every day here and will wrap up the week with my conclusions. (Day 2, Day 3-4, Conclusion/Wrapup)
BMW has been talking about introducing a higher capacity battery pack for a while now. At first, we were talking about a roughly 25% improvement on the EPA-rated range of 81 miles, which would have increased the range to about 100 miles.
Tesla doesn’t like to talk about its battery cost as it complicates an already complex supply chain with several suppliers, including long-time partner Panasonic, and new ones like LG and Samsung. But the company felt the need to comment this week following a new analysis of the Model 3’s cost by Jon Bereisa, CEO of Auto Lectrification and former chief engineer of the Chevy Volt program.
Colin Langan, a UBS analyst covering Tesla for the firm, hosted a call with Bereisa to gain some insights for its financial model of the company. Expand Expanding Close
Today Tesla updated its ‘Tesla Energy’ website to include a lot more information about its commercial and utility-scale products, and even added a ‘Design Your Powerpack System‘ page with pricing information and an option to directly order a system of up to 54 Powerpacks (5.4 MWh).
The smallest order you can place for the stationary energy storage system is for 2 Powerpacks costing $47,000 each or $470/kWh. Expand Expanding Close
SolarCity published its earnings for the fourth quarter and full year 2015 yesterday. The company’s stock price fell 25% following the results, mainly because of lower than expected guidance for the first quarter 2016 and a miss in installed solar capacity following its exit from Nevada, as well as difficulties completing a few commercial projects on the east coast.
On a more positive note, we learn from the company’s SEC filing that it more than doubled its battery pack business with Tesla Energy in 2015 versus the previous year, despite the market for home energy storage only being in its infancy. Expand Expanding Close
At the time, we suggested that the decision to remove the 85 kWh battery pack from the Canadian design studio likely indicates that Tesla will discontinue the option entirely. This weekend we learned that Tesla is indeed discontinuing it. Expand Expanding Close
Tesla quietly updated its Canadian online design studio and appears to have discontinued several major options for the Model S in the country, namely all 85 kWh battery pack options. Expand Expanding Close
A few months back, reports came out of BMW looking to introduce a new battery pack for the i3. The new pack was believed to enable up to 124 NEDC-rated miles of range on a single charge, which would represent a ~25% increase in range over the current battery pack offered by BMW.
Now we learn from a BMW official that the increase could be closer to 50%. Expand Expanding Close
At the 2016 Detroit Auto Show today, GM published all the specs of its upcoming Bolt EV (see below). The company finally confirmed that the vehicle will be equipped with a 60 kWh battery pack and that DC fast-charging will be available, but as an option. Expand Expanding Close
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