FLOW Project的动态

CES One Take with Puneet Sinha, Global Head of Battery Industry for Siemens on the promise of solid state batteries. Watch full video here: https://lnkd.in/gYMqGJAs Solid state batteries can potentially redefine EV’s and make a New York to Chicago on a single charge possible. Unlike lithium-ion batteries, solid-state batteries use a safer, more energy-dense material, meaning they can be smaller, lighter, and store more energy in the same space. So, when will we see them on the road, we discuss this and the key points below in this CES One Take: - Higher Energy Density – More power packed into a smaller, lighter battery - Longer Range – Potential for 1,000 miles per charge - Faster Charging – Less time plugged in, more time on the road - Improved Safety – Reduced risk of electrolyte leakage or thermal runaway Follow me on LinkedIn: https://lnkd.in/eFuvvgNH #CES2025 ?#FutureOfMobility #Sustainability #EV #battery #solidstate #technology #innovation

Researchers at Oak Ridge National Laboratory (ORNL), led by the Department of Energy, have developed a thin, flexible solid-state electrolyte that could significantly enhance energy storage in next-generation batteries for electric vehicles, mobile devices, and laptops. By using a polymer to create a robust yet flexible thin film, the team has advanced the production of solid-state batteries, which promise greater safety, performance, and energy density compared to traditional batteries using liquid electrolytes. More Details ?? https://lnkd.in/dmW-3sNu ?? Connecting the eMobility World At emobilityonline.com, our mission is to bridge you to the eMobility World. We bring you the latest updates on the key players, innovations, strategies, and events shaping the future of eMobility. #SolidStateBatteries #EnergyStorage #EVBatteries #BatteryTechnology #SustainableEnergy #ElectricVehicles #NextGenTech #Innovation #ORNL #RenewableEnergy #CleanTech #EnergyEfficiency

We are thrilled to announce the publication of our latest scientific article in IEEE Access: "A Novel Procedure for Real-Time SOH Estimation of EV Battery Packs Based on Time Series Extrinsic Regression" In this work, developed in collaboration with EDISON, we propose an innovative approach to estimate the State of Health (SOH) of Electric Vehicle (EV) battery packs in real time. Leveraging advanced techniques in time series extrinsic regression, our method aims to enhance the accuracy and efficiency of battery lifecycle management—key to the sustainable future of mobility.? ?? Why does this matter??? - Real-time SOH estimation is critical for improving the reliability and lifespan of EV batteries.?? - Our approach could play a pivotal role in enabling smarter and greener energy solutions for the EV ecosystem.? A heartfelt thanks to the incredible team and collaborators who made this possible. Together, we’re driving innovation in the fields of energy, sustainability, and smart technologies.? ?? Curious to know more? Check out the full article here: https://lnkd.in/dZY7gATY #IEEEAccess #EVBatteries #EnergyInnovation #BatterySOH #Sustainability #MachineLearning #Collaboration #Research

??????????????????? ????????!??? ? We are thrilled to announce that BRUSA Elektronik, a key supplier of energy converting and charging technology, as well as a pioneer in wireless power transfer, has joined?Task 53 (INBID)! ? As a leading developer and supplier of ????-?????????? ???????????????? ?????? ???????????? ???????????????????? ???????????????????? ?????? ???????????????? ???????????????????????????? ????????????????????, BRUSA Elektronik is at the forefront of the latest trends in automotive electrification and charging. BRUSA Elektronik is contributing ???? ?????????????? ?????????????????????????? ????????????????, ???? ??????-?????????? ?????????????????????????? ????????????????, ?????? ???????????????? ?????????????????? ?????????????????????????? ????????????????. ? BRUSA Elektronik recognizes the importance of?bidirectional charging?in advancing the global transition to clean, sustainable energy and are committed to contributing our?market insights, technology expertise, and practical demonstrations?for proof of concepts. BRUSA Elektronik is also excited to take a leading role in defining?bidirectional connectivity?for?automotive wireless power transfer systems, where BRUSA Elektronik holds a market-leading position. ? Task 53 (INBID) provides a valuable platform to build bridges between stakeholders across various industries, and the ???????????? ?????????????????????????? it fosters will be key to the successful adoption of?bidirectional power transfer. ? Together, we can enable the future of electric mobility! ?????? The Electric Vehicles Technology Collaboration Programme I International Energy Agency (IEA) I BRUSA Elektronik I BRUSA Technology I BRUSA HyPower I Bjoern Christensen I Marco Piffaretti I Regina Flury von Arx I Nicole Waechter ? #Task53 #BRUSA #BidirectionalCharging #ElectricMobility #Sustainability #WirelessPowerTransfer #ElectricVehicles #V2G #V2X #SustainableEnergy #Innovation

Reliability is the main topic of icnc24 intercharge network conference 2024. From our point of view, battery assets can improve the reliablity of power supply for charge parks. Actually battery assets can also improve the reliablity of monetizing your charge park. You might be able to earn 200K EUR/Year/MW. For Optimizing your ROI of Charge Park through Battery Assets, please feel free to contact us! #icnc24 #icnc2024 #emobility #emobilitaet #charginginfrastructure #ladeinfrastruktur #chargepark #ROI #batteryassets #energy #energytrading

The intercharge network conference (ICNC) once started as a place for charging nerds and start-ups, but has meanwhile evolved into the leading event for the EV charging industry. 3,000 participants were expected to join this year’s event at the iconic Berlin Tempelhof airport. Reliability and profitability are currently two hot topics in the EV charging community and hence became the main themes of the intercharge network conference 2024. While charge point reliability is key to maintain a happy customer base, profitability becomes more and more difficult in an increasingly competitive environment. Battery buffered charging has been around for a while and and will play an even bigger role in the upcoming electrification of commercial vehicles. During panel talks and keynote Q&A sessions everyone agreed that batteries will be needed to overcome the grid limitations. We at ENG2MOVE Technology GmbH can show you how batteries will enable your charging project, provide reliability and flexibility at times when energy becomes scarce and expensive. Furthermore, we can share with you how to use our battery storage systems to generate additional revenues with energy trading. Feel free to contact Tobias Prager and Teng Chen for more information on these topics. #icnc24 #emobility #evcharging #energystorage

?? Happy Earth Day! At Amprius, we're proud to lead the charge in powering our electric future with cutting-edge silicon-anode batteries. From electric aviation to high-altitude pseudo satellite (HAPS) applications, our batteries are transforming industries with higher energy density, faster charging times, and unmatched performance in extreme conditions. How are Amprius cells impacting electric mobility??Our batteries extend flight range by 50%, enable ground EVs to accelerate from 0-60 mph in under 1.5 seconds, and offer a whopping 200% performance increase compared to graphite cells across energy and power density metrics. Our latest 450 Wh/kg cells are changing what’s possible for HAPS applications while our groundbreaking 500 Wh/kg next-generation cells are redefining electric mobility with unparalleled power and energy efficiency.??? These achievements underscore our commitment to technological innovation and a greener, more sustainable future.??? #EarthDay #AMPX #cleantech #electricmobility #batterytech #HAPS #eVTOL #innovative #batteries #sustainability

Powering the future with Gen6 ?? Our Gen6 battery cell technology sets new standards in electric mobility with its higher energy density, offering up to 30% more range and ultra-fast charging, achieving approximately 300 km in just 10 minutes. This innovation combines compact design, efficiency, and high performance to propel the future forward. ?? Learn more here: https://b.mw/gxwFhQ #Gen6Battery #Innovation #ElectricMobility #BMWGroup

New battery cell technology alert! BMW Group’s Gen6 battery cell technology marks a significant leap in electric vehicle (EV) innovation. Key highlights include: Up to 20% increase in energy density; Provides 30% faster charging times; Manufacturing costs cut by up to 50%; CO? emissions reduced by up to 60%; Transition from prismatic to cylindrical cells. BMW’s Gen6 technology supports their vision for a circular battery economy and a sustainable electric future. Source: https://lnkd.in/eyEsSE_p EAS Batteries GmbH #battery #cell #bmw

Exciting times for the future of electric mobility! ?? Gen6 battery cell technology is setting a new benchmark with groundbreaking advancements: up to 30% more range and 300 km of charge in just 10 minutes changing metrics for EV adoption and sustainability. This innovation showcases how compact design, efficiency, and high performance can come together to accelerate our transition to a cleaner, greener world. #Gen6Battery #Innovation #ElectricMobility #BMWGroup