Tag: Advances in EV Batteries

  • Evaluating Solid-State Battery Manufacturing Breakthroughs for EVs

    Evaluating Solid-State Battery Manufacturing Breakthroughs for EVs

    Solid-state batteries (SSBs) are a promising emerging technology for energy storage, offering high energy density, safety, and long cycle life. However, some challenges still persist in solid-state battery manufacturing. These include processing air-sensitive glass/ceramic materials and issues related to cost, materials availability, etc.  The global SSB market was valued at USD 126.7 million in 2022…

  • Decoding Advanced Algorithms for Accurate EV Battery Health Monitoring

    Decoding Advanced Algorithms for Accurate EV Battery Health Monitoring

    According to a report by Fortune Business Insights, the electric vehicle battery market is projected to reach $82.20 billion by 2026, exhibiting a CAGR of 6.6%. This substantial growth reflects the increasing adoption of EVs. A sustainable EV battery health can uplift customer satisfaction and amplify this growth.  In this context, consistently monitoring the key…

  • Fast Charging of EV Batteries: All The Latest Research on Improving Charging Rates and Battery Life

    Fast Charging of EV Batteries: All The Latest Research on Improving Charging Rates and Battery Life

    Fast charging EV batteries aren’t just a time-saver but a game-changer, transforming the prospects of EVs for every potential buyer. A groundbreaking study featured in IEEE Transactions on Control Systems Technology unveils a revolutionary approach. Instead of charging all cells in a battery pack the same way, carefully controlling the electric current to each cell…

  • Identifying and Controlling Thermal Runaway Risks in EV Battery Systems

    Identifying and Controlling Thermal Runaway Risks in EV Battery Systems

    Electric Vehicle (EV) battery thermal runaway is a rare yet dangerous phenomenon. This happens when the battery’s temperature rises out of control, which can lead to serious accidents. Incidents, such as the electric van fire involving a Mercedes Vito EV in June 2023, highlight the real-world consequences of thermal runaway.  Key factors behind this incident…

  • Safeguarding EV Battery Performance in Harsh Temperatures: Optimizing Materials and Design

    Safeguarding EV Battery Performance in Harsh Temperatures: Optimizing Materials and Design

    As the world accelerates towards electric vehicles (EVs), the durability of key components, particularly batteries, takes on a new level of importance. The extreme temperatures present a formidable challenge, with direct implications for the efficiency and lifespan of EV batteries. To combat this, the spotlight falls on EV battery protection in extreme weather!  The lithium-ion…

  • Decoding EV Battery Innovations Through Patent Analytics

    Decoding EV Battery Innovations Through Patent Analytics

    With the growing emphasis on greener transportation, electric vehicles (EVs) are emerging as the perfect mobility solutions of the future. An integral component of these vehicles is the batteries, which are also undergoing multifaceted developments, upgrades and hardware improvements.  In the global context, automotive lithium-ion (Li-ion) battery demand increased by about 65% to 550 GWh…