The Battery-News map paints a different picture amidst concerns about EV development slowing down. In Europe, the momentum remains strong with a surge of investments and projects from both local innovators and foreign manufacturers. This showcases a promising narrative for the future of EVs beyond current market apprehensions.
An interesting shift in Europe is the dominance of start-ups in battery development, challenging the norm where established players typically lead. Despite facing funding disparities compared to Silicon Valley counterparts, European start-ups are driving innovation in the region's battery sector.
The ripple effects of these investments extend beyond batteries, influencing advancements in various materials related to thermal management, fire protection, and recycling processes. These innovations are pivotal in enhancing the performance and safety of Li-ion batteries, while also addressing challenges associated with petroleum-based chemistries and recyclability.
#sustainability#sustainablematerials#batteryelectricvehicles#BEV#venturemindset#swingforthefences
Ahhh... the latest EU Battery Cell Production capacity snapshot is out. Always an interesting view to see how the map has changed! There is certainly a difference over the years and the biggest question that remains in my mind is when do these production capacities really come online... ?
https://lnkd.in/dEec4NWj
💡 Benchmark Source Power Players - Lie Shi
Benchmark's Henry Sanderson recently interviewed AM Batteries CEO Lie Shi to learn more about how the company's innovative dry #electrode#battery production process could impact the industry and significantly lower costs.
Watch the full interview here ➡️ https://lnkd.in/eUp-kQDT
New lithium battery pack
These new lithium batteries guarantee a gain in autonomy of more than 2 years compared to what the previous model already had, going from 3 to 5 years.
https://lnkd.in/d9CnXs3Z
“The young European battery industry is coming under increasing pressure in competition with Asia. The urgent need to reduce the CO2 footprint and the high energy costs require maximum efficiency in local cell production. Stephan Eirich describes the possible solutions to this situation and which role #Eirich plays in this in his guest article for prozesstechnik-online.de. You can find the link to the free article in the comments.
#BatteryProduction
LFP technology designed for ESS and built to last 🔋⚡.
At Trina Storage, we're committed to innovation in manufacturing battery cells, the core components of energy storage systems.
Our range of 306Ah, 314Ah, and 530Ah prismatic cells are engineered for superior performance, safety, and longevity, set to shape the storage landscape.
Watch the video below to take a tour of our SuperCell factory and read more about our next-gen LFP cells here: https://bit.ly/3y8SZqU#TrinaStorage#Innovation#BatteryCell#BatteryCells#Manufacturing#EnergyStorage#CleanEnergy
As we move into 2024, the landscape of energy storage is set to evolve significantly, driven by innovative battery technologies. A recent video outlines five promising advancements that could reshape energy storage solutions across various sectors.
**1. Sodium-Ion Batteries**: Positioned as a cost-effective alternative to lithium-ion, sodium-ion technology leverages abundant raw materials, potentially lowering overall production costs.
**2. Thermal Energy Storage**: This method captures energy as heat, providing flexibility for later use in heating applications or conversion back into electricity.
**3. Liquid Iron Flow Batteries**: Utilizing liquid iron as the active material, these batteries present a durable and economical option for energy storage.
**4. Solid State Batteries**: With superior energy density and enhanced safety features, solid state batteries represent a significant leap forward from traditional lithium-ion designs.
**5. Silicon Anode Batteries**: By incorporating silicon in their anodes, these batteries promise improved energy capacity and efficiency.
The video emphasizes the transformative potential of these technologies for electric vehicles, home energy systems, and consumer electronics, while acknowledging the hurdles they must overcome to achieve widespread adoption.
#EnergyStorage#BatteryTechnology#Sustainability#Innovation#ElectricVehicles
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Learn more here: https://lnkd.in/emk_ZAAG
🔋 📰 #BusinessInsights: DESTEN Inc. has developed the world's first 10C rechargeable #LithiumIonBattery and created the first #LFP cell capable of a 6-minute fast-charging. In collaboration with Thermo Fisher Scientific, I recently had the privilege of interviewing Alasdair Pocock, Head of Business Development at DESTEN Inc. who explained how their latest innovation will enable fast charging while maintaining optimal battery performance and safety. ➡️ https://lnkd.in/ehZXzhj9
During our conversation, Alasdair and I also discussed #DESTEN's high-performance #NMC#batteries, which feature impressive specifications such as 10C charge rates and 3,000 ultra-fast charge cycles. For commercial applications, DESTEN is moving to #LFP chemistries, which offer over 5,000 cycles at a more cost-effective price point.
The company currently expanding production in East Asia with plans to enter North America. According to Alasdair, their #batterytechnology isn't just about speed; it's about making #electricvehicles and #energystorage more practical and accessible to everyone.
Read the full interview: https://lnkd.in/ehZXzhj9
Download PDF: https://lnkd.in/e5ZWSj7p