AESC

A new milestone for AESC. AESC’s 46120 (46mm diameter and 120mm height) large cylindrical battery has entered mass production and will support multiple models built on BMW Group’s electrification platform, starting with the all-electric BMW iX5. Designed for premium EVs, the 46120 combines a high-nickel cathode, silicon-carbon anode technology and an all-tab low-resistance structure to deliver high energy density, fast charging and long-term reliability. Behind the product is AESC’s advanced cylindrical cell manufacturing system, integrating over 1,000 CCD visual inspection points and 100% X-ray foreign particle detection across the production process. With high-precision manufacturing, AESC continues to push quality and safety standards for next-generation EV batteries. “This milestone reflects our customers’ recognition of AESC’s product performance, quality systems and large-scale delivery capabilities,” said David Wan, Global CEO of AESC. Proud to support the next generation of zero-emission mobility. #AESC #AdvanceWithAESC #BMWGroup #NeueKlasse #BMWiX5 #EVBattery #ElectricVehicles #SmartManufacturing 

Bonjour, Paris! It’s been an inspiring week at VivaTech 2026, where AESC showcased our pioneering zero-carbon solutions to tackle global grid bottlenecks amid the AI computing boom. Envision Founder & CEO Lei Zhang noted during the panel discussion that traditional grids can no longer keep pace with surging AI demand. To address this gap, we are launching the Mission Gobi project, which will deliver 5GW of AI data center capacity powered by 100% renewable energy across Gobi Desert regions over the next five years. At AESC, we turn this vision into action. As a global advanced battery leader, we advance the net-zero transition via our EV and BESS businesses, with a diverse team delivering operational excellence across Europe, the US, Asia and beyond. Join our global team! 🚀 👉 Send your CV to Travis.Cowgill@aesc-group.com to connect with our global talent team. #AESC #EnvisionEnergy #VivaTechParis #VivaTech2026 #NetZero #ZeroCarbon #GreenTech #RenewableEnergy #AIforEnergy #NowHiring #GlobalCareers #EnergyCareers #BatteryCareers

We’re excited to announce a landmark supply agreement with Prevalon. Over the next three years, AESC will supply battery cells and modules to support more than 10 GWh of utility-scale energy storage deployments worldwide. Together, we will support renewable integration, grid reliability, and the fast-growing AI data center infrastructure market with safe, efficient, and sustainable energy storage solutions. Read the full article here: https://lnkd.in/gHHMuE94 #AESC #PrevalonEnergy #AdvanceWithAESC #EnergyStorage #RenewableEnergy #DataCenterInfrastructure

Sodium-ion is becoming an important part of the next chapter in energy storage. It will not replace lithium-ion. Instead, the two technologies will complement each other across different applications. For sodium-ion, two fields stand out: 🖥️ AI Data Centers Strong high-rate discharge and inherent safety make sodium-ion a strong fit for fast-response backup power in 24/7 high-load AI infrastructure. ❄️☀️ Extreme Climates Stable performance in low and high temperature environments enables reliable energy storage deployment in harsh regions. At AESC, our sodium-ion battery products have officially rolled off the production line this year. We stay fully committed to battery innovation and keep exploring new possibilities for the future of energy storage. #AESC #AdvanceWithAESC #SodiumIonBattery #EnergyStorage #CleanEnergy #BatteryInnovation #AIDataCenters

This year, AESC's self-developed sodium-ion energy storage cells entered mass production. For over a decade, lithium-ion has anchored electrochemical energy storage. As deployment scales into more diverse climates and grid scenarios, the industry needs a complementary chemistry — not as a replacement, but as a partner. Sodium-ion is that partner. Abundant raw materials. Stable performance in extreme cold and heat. High-rate discharge with strong thermal safety. And — finally — production-ready. This is AESC's next chapter in battery innovation. #AESC #AdvanceWithAESC #SodiumIonBattery #EnergyStorage #BatteryInnovation

Exciting milestone to share! AESC has earned an A- climate change rating from CDP — the highest score of any global lithium battery manufacturer in the 2025 reporting cycle.   As the global gold standard for corporate ESG performance, CDP assessed over 22,100 companies this year, with only around 10% securing an A- or higher. This recognition validates our robust carbon management and steady progress in battery decarbonization. As the world’s first battery maker to achieve carbon-neutral operations and launch carbon-neutral EV & energy storage batteries, AESC will keep leading the industry toward a low-carbon, sustainable future. #AESC #CDP #ClimateAction #SustainableBatteries #NetZero #EVBatteries #EnergyStorage #Decarbonization #ESG #CleanEnergy

This World Earth Day, we're not just talking about sustainability goals. We're celebrating our global team — the people who turn these goals into tangible action, every single day. At AESC, carbon reduction is never a top-down mandate. It's the daily work of every colleague, across R&D, manufacturing, project delivery, and the supply chain. We asked them one simple question: How much carbon does your work save for our planet? Swipe through to meet a few of them — and see the measurable impact their teams deliver, from a single plant's energy savings to multi-gigawatt-hour storage portfolios powering the energy transition. #AESC #WorldEarthDay2026 #AdvanceWithAESC #NetZero #SustainabilityInAction #BatteryInnovation #EnergyStorage #RenewableEnergy #CarbonReduction #CleanEnergyFuture #PeopleOfAESC

Reliability verification has long been a critical bottleneck in battery product commercialization. At AESC, our R&D team uses AI to model battery degradation from the design stage and map full-lifecycle degradation curves with just one-third of the standard test cycles. Less waiting. Faster validation. A shorter path to launch. We're accelerating the next wave of AI-driven battery innovation. #AESC #AdvanceWithAESC #BatteryInnovation #BatteryTechnology #BatteryLife #ProductVerification

What if battery materials no longer had to trade one advantage for another? For years, battery material R&D has struggled to balance competing priorities — from rate performance and cycle life to safety and resilience in demanding environments. At AESC, our R&D team uses an in-house AI model to optimize multiple objectives at the same time, significantly reducing repetitive testing and accelerating the path to better-performing materials. We're accelerating the next wave of AI-driven battery innovation. #AESC #AdvanceWithAESC #BatteryInnovation #AIinBatteryTech #BayesianOptimization #ActiveLearning #BatteryMaterials

What if next-generation battery materials could be identified in minutes, not months? For decades, battery material development has depended on slow and costly trial-and-error methods. At AESC, we are rethinking that process with cutting-edge AI. Built on 68+ million chemical compounds, our in-house AI model rapidly identifies high-potential materials against critical performance metrics such as stability, efficiency, and application performance. By drastically reducing the time needed for material screening, we are accelerating R&D and advancing the next wave of battery innovation. #AESC #AdvanceWithAESC #BatteryInnovation #BatteryMaterials #SmartManufacturing