🕕 Today, Dr. Lin Jian the chief scientist of BAK Battery, was invited to attend the "2025 China Metal New Materials and Circular Economy Conference" and delivered a keynote speech titled "BAK Battery's Research Progress in Solid State Batteries 🔋", sharing BAK Battery's layout in cutting-edge technology.💡 BAK Battery started from semi-solid/quasi solid state batteries and gradually iterated to full-solid state batteries. Semi solid/quasi solid state batteries can achieve the goals of high safety, high energy density, low internal resistance, and wide temperature range in terms of performance. At the same time, they can be compatible with existing production processes in production, with relatively controllable costs and significantly reduced difficulty in mass production ... 🚀 🛵 #lithiumbatteries #BAKBattery #Shenzhen
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🔋 Exciting Milestone in Green Energy: Two Major Investments in Sodium-Ion Battery Technology 🔋 Great news for sustainable energy enthusiasts and professionals! Zhejiang Wasite Sodium Technology Co., Ltd. has just inked a deal to establish a groundbreaking sodium-ion battery cathode material project in Wangcheng Economic Development Zone. With an investment of 2 billion RMB, this project aims to build a production line capable of producing 50,000 tons of sodium-ion battery cathode materials annually, aiming for a yearly output value of 35 billion RMB once fully operational.The project will roll out in two phases, with the initial 5,000-ton production line set to commence this September. KeXiang Co., Ltd. has launched an 8GWh sodium-ion battery project in Guangdong's Daya Bay, marking a significant move in energy storage technology. This initiative, the first of its magnitude in the province, signifies KeXiang's ambition to become a leader in the sodium-ion battery field. The project underscores a strategic pivot from a previously planned 6GWh project, reflecting the company's adaptability and growth in the high-tech sector. KeXiang, also renowned for its high-density printed circuit boards, shows its dynamic market presence with this innovative step forward. These investment not only highlights the growing interest in alternative energy solutions but also marks a significant step towards achieving a more sustainable and environmentally friendly future. #EnergyStorage #Innovation #SodiumIonBattery #SustainableTechnology
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🔋 Exciting Milestone in Green Energy: Two Major Investments in Sodium-Ion Battery Technology 🔋 Great news for sustainable energy enthusiasts and professionals! Zhejiang Wasite Sodium Technology Co., Ltd. has just inked a deal to establish a groundbreaking sodium-ion battery cathode material project in Wangcheng Economic Development Zone. With an investment of 2 billion RMB, this project aims to build a production line capable of producing 50,000 tons of sodium-ion battery cathode materials annually, aiming for a yearly output value of 35 billion RMB once fully operational.The project will roll out in two phases, with the initial 5,000-ton production line set to commence this September. KeXiang Co., Ltd. has launched an 8GWh sodium-ion battery project in Guangdong's Daya Bay, marking a significant move in energy storage technology. This initiative, the first of its magnitude in the province, signifies KeXiang's ambition to become a leader in the sodium-ion battery field. The project underscores a strategic pivot from a previously planned 6GWh project, reflecting the company's adaptability and growth in the high-tech sector. KeXiang, also renowned for its high-density printed circuit boards, shows its dynamic market presence with this innovative step forward. These investment not only highlights the growing interest in alternative energy solutions but also marks a significant step towards achieving a more sustainable and environmentally friendly future. #EnergyStorage #Innovation #SodiumIonBattery #SustainableTechnology
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🔋 Exciting Milestone in Green Energy: Two Major Investments in Sodium-Ion Battery Technology 🔋 Great news for sustainable energy enthusiasts and professionals! Zhejiang Wasite Sodium Technology Co., Ltd. has just inked a deal to establish a groundbreaking sodium-ion battery cathode material project in Wangcheng Economic Development Zone. With an investment of 2 billion RMB, this project aims to build a production line capable of producing 50,000 tons of sodium-ion battery cathode materials annually, aiming for a yearly output value of 35 billion RMB once fully operational.The project will roll out in two phases, with the initial 5,000-ton production line set to commence this September. KeXiang Co., Ltd. has launched an 8GWh sodium-ion battery project in Guangdong's Daya Bay, marking a significant move in energy storage technology. This initiative, the first of its magnitude in the province, signifies KeXiang's ambition to become a leader in the sodium-ion battery field. The project underscores a strategic pivot from a previously planned 6GWh project, reflecting the company's adaptability and growth in the high-tech sector. KeXiang, also renowned for its high-density printed circuit boards, shows its dynamic market presence with this innovative step forward. These investment not only highlights the growing interest in alternative energy solutions but also marks a significant step towards achieving a more sustainable and environmentally friendly future. #EnergyStorage #Innovation #SodiumIonBattery #SustainableTechnology
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🔋 Exciting Milestone in Green Energy: Two Major Investments in Sodium-Ion Battery Technology 🔋 Great news for sustainable energy enthusiasts and professionals! Zhejiang Wasite Sodium Technology Co., Ltd. has just inked a deal to establish a groundbreaking sodium-ion battery cathode material project in Wangcheng Economic Development Zone. With an investment of 2 billion RMB, this project aims to build a production line capable of producing 50,000 tons of sodium-ion battery cathode materials annually, aiming for a yearly output value of 35 billion RMB once fully operational.The project will roll out in two phases, with the initial 5,000-ton production line set to commence this September. KeXiang Co., Ltd. has launched an 8GWh sodium-ion battery project in Guangdong's Daya Bay, marking a significant move in energy storage technology. This initiative, the first of its magnitude in the province, signifies KeXiang's ambition to become a leader in the sodium-ion battery field. The project underscores a strategic pivot from a previously planned 6GWh project, reflecting the company's adaptability and growth in the high-tech sector. KeXiang, also renowned for its high-density printed circuit boards, shows its dynamic market presence with this innovative step forward. These investment not only highlights the growing interest in alternative energy solutions but also marks a significant step towards achieving a more sustainable and environmentally friendly future. #EnergyStorage #Innovation #SodiumIonBattery #SustainableTechnology
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🔋 Exciting Milestone in Green Energy: Two Major Investments in Sodium-Ion Battery Technology 🔋 Great news for sustainable energy enthusiasts and professionals! Zhejiang Wasite Sodium Technology Co., Ltd. has just inked a deal to establish a groundbreaking sodium-ion battery cathode material project in Wangcheng Economic Development Zone. With an investment of 2 billion RMB, this project aims to build a production line capable of producing 50,000 tons of sodium-ion battery cathode materials annually, aiming for a yearly output value of 35 billion RMB once fully operational.The project will roll out in two phases, with the initial 5,000-ton production line set to commence this September. KeXiang Co., Ltd. has launched an 8GWh sodium-ion battery project in Guangdong's Daya Bay, marking a significant move in energy storage technology. This initiative, the first of its magnitude in the province, signifies KeXiang's ambition to become a leader in the sodium-ion battery field. The project underscores a strategic pivot from a previously planned 6GWh project, reflecting the company's adaptability and growth in the high-tech sector. KeXiang, also renowned for its high-density printed circuit boards, shows its dynamic market presence with this innovative step forward. These investment not only highlights the growing interest in alternative energy solutions but also marks a significant step towards achieving a more sustainable and environmentally friendly future. #EnergyStorage #Innovation #SodiumIonBattery #SustainableTechnology
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Portfolio Marketing Manager at Elsevier | Go-to-Market | Product Marketing | Scrum Master
While most electric vehicles today can reach about 435 miles on a single charge, that's impressive but not our ultimate goal. Now, imagine a future where EVs can cover up to 621 miles without needing to recharge. This isn't just wishful thinking; it's becoming a reality thanks to the innovative research happening at the Department of Chemistry at Pohang University of Science and Technology (POSTECH) in South Korea. 👏 Led by Professor Soojin Park, with the creative efforts of Ph.D. candidate Minjun Je and Dr. Hye Bin Son, this team is at the forefront of developing silicon-based materials to significantly enhance the energy density of lithium-ion batteries. Their work is pivotal, potentially revolutionizing EV technology and making sustainable transportation even more viable and efficient! https://lnkd.in/e6fVVjaC #electriccars #batteryresearch
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Volkswagen-backed Chinese battery maker Gotion High-Tech’s new LFP chemistry EV-battery ‘G-Current’ can deliver a ~500-km-range after only a 10-min charge. G-Current will bring stiff competition to fellow Chinese battery maker CATL’s ShenXing LFP battery unveiled last year. The ShenXing battery system offers a range of 400 km after a single 10-minute charge. CATL is the world’s largest EV-battery manufacturer with a >35% market share. Gotion, on the other hand, is the fourth-largest EV-battery maker in mainland China, and the eighth-largest globally. China is a big consumer and exporter of LFP batteries. More than 90% of LFP materials and components come from China. Gotion says its new fast-charging battery is ready for commercial production and large-scale delivery to EV makers will start from early 2025. #LFPBattery #FastChargingBattery #ElectricVehicles #EVBatteryTech #BatteryTech
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Researchers at Yokohama National University have unveiled a promising alternative to traditional nickel and cobalt-based batteries for electric vehicles (EVs). Their innovative approach uses manganese in the anode, resulting in a high-energy density battery that is both cost-effective and sustainable. Traditional nickel and cobalt batteries, although preferred for their high energy density, are expensive and scarce. In contrast, the new manganese-based battery achieves an impressive energy density of 820 watt-hours per kilogram (Wh kg-1), surpassing the 750 Wh kg-1 of nickel-based batteries and significantly higher than the 500 Wh kg-1 of lithium-based batteries. The breakthrough involves using a monoclinic layered domain in LiMnO2, facilitating a crucial phase transition that enhances performance. The research team, led by Naoaki Yabuuchi, aims to address manganese dissolution and improve long-term stability. This development holds significant potential for more sustainable and affordable EV batteries. #EVBattery #SustainableTech #YokohamaNationalUniversity #ManganeseBattery #ElectricVehicles #GreenTech #BatteryInnovation #EnergyDensity #EcoFriendly #EVResearch
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Sebang Lithium Battery's story You can learn, How pouch cell can be easily turned into CTP. How pouch cell can satisfy No Thermal Propagation with a little cost. How pack housing can be less weighted and stronger with less cost. How the future of accurate SOx and Diagnosis will be. Come and see us at aabc
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