Dr. Sheetal Menon’s Post

We launch a new series of explanatory content about the second life of batteries, the circular economy and the most promising technologies and projects focused on battery re-use, recycling and repurposing. Used EV batteries could find a second life in many applications. In this article, we dive deeper into second-life batteries' potential, compare second-life applications with recycling and provide several success stories. Read the first article here: https://lnkd.in/e3zpzPcF — #recirculate #batteries #EVbattery #secondlifeofbattery #batteriesseconglife #reuse #EUregulation #batteryregulation

Check out this excellent article about second life of batteries. #recirculate #batteries #EVbattery #secondlifeofbattery #batteriesseconglife #reuse #EUregulation #batteryregulation

As the popularity of EVs continues to rise, ensuring efficient and sustainable battery management becomes paramount. According to a recent report by the International Energy Agency (IEA), it is estimated that by 2030, the world will see 50 million metric tonnes of retired EV batteries. Properly managing this massive volume of batteries is crucial for environmental sustainability and resource conservation. Despite advancements in battery technology and recycling methods, I believe the industry must address logistical hurdles to create a robust circular economy for EV batteries. Collaborative efforts between automakers, recycling facilities, and governments are imperative to tackle this issue effectively. By streamlining battery tracking systems, implementing standardized recycling practices, and investing in research and development, the automotive sector can turn this challenge into an opportunity for innovation. I am hopeful about sustainable battery management and looking forward to its propositions. What about you? Please share your thoughts in the comments. #EV #battery #circulareconomy

In a compelling article on The Engineer UK, Kevin Porter explores how innovations in sustainable materials and processes are significantly transforming the EV industry by reducing environmental impact and improving efficiency.   Kevin highlights the clear need for scalable solutions and the important role of repurposing existing materials. This involves finding innovative ways to reengineer and combine known materials, facilitating their use across multiple applications in lithium-ion battery systems.   Find out more by reading the full article: https://lnkd.in/erVhK2uS   #Innovation #ThermalManagement #Sustainability #ElectricVehicles

The electric vehicle revolution hinges on battery breakthroughs. This business strategy outlines a roadmap for developing next-generation EV batteries, prioritizing extended range, rapid charging, and environmental responsibility. By investing in research for solid-state batteries and alternative chemistries, alongside responsible sourcing and recycling practices, we can unlock the full potential of EVs and lead the charge towards a sustainable future. #EVbattery #batterytechnology #futureofmobility #sustainability #cleantech #greentransportation #electricvehicles #longerrange #fastcharging #solidstatebatteries #lithiumsulfur #sodiumbatteries #batteryrecycling #responsiblesourcing #innovation #researchanddevelopment #partnerships #governmentincentives #cleanenergy #climatechange #zerocarbon #electrification #disruptivestrategy #businessleadership #transportationrevolution #greenfuture

Circular Economy and Battery Repair: Key to Coping with EV Surge The rising number of electric vehicles (EVs) on roads, and the subsequent increase in high-voltage batteries, is making a battery circular economy more crucial. Leadec, a global provider of technical services, emphasizes the importance of repair and secondary use in coping with this challenge. The EU Battery Regulation (BATT2), which came into force in August 2023, adds pressure on manufacturers to reduce the carbon footprint of batteries by extending their service life through repair and secondary use. Key Points: 🔶 The new EU Battery Regulation (BATT2) mandates a gradual reduction in the carbon footprint of batteries from 2024. 🔶Repair and secondary use of batteries play a crucial role in meeting these environmental goals. 🔶Leadec's white paper, "The Repair of Lithium-Ion Batteries," details damage modes, repair processes, and safety and documentation requirements. 🔶Leadec's Battery Repair Center (BRZ) has been repairing batteries for electric vans since September 2022, achieving cost reductions of 30 to 50 percent compared to new batteries. 🔶The white paper outlines strategies for setting up effective repair and reuse strategies for batteries. 🔶Leadec's BRZ, established in 2019, offers services such as pre-assembly, repairs, and dismantling, contributing to a more sustainable battery circular economy. As the EV market continues to expand, the repair and reuse of batteries are essential components of a sustainable approach to battery production and consumption. 🔋🌐🚗 #BatteryRepair #EVs #BatteryTechnology

The advances in battery technology are continuously improving the efficiency and lifespan of EV batteries, making them even more environmentally friendly. Investing in EVs and their recycling infrastructure is a powerful step towards a cleaner, greener world. Choose smartly, choose electric! . . #Battwheelz #DidYouKnow #EV #TwoWheelers #MobilitySolutions #Logistics #EndToEndLogistics #ElectricVehicle #Escooter #Emobility #LogisticSolutions

Batteries, a vital component of electric vehicles, are not just becoming more efficient and powerful, but their production is also becoming greener. Battery manufacturing processes have evolved, prioritizing green energy use, reducing CO2 emissions, and utilizing new technologies. Additionally, the increased emphasis on environmental, social, and corporate governance in business operations is contributing to a greener future. #electricvehicles #EVbatteries  

Powering a Sustainable Future: The Importance of Electric Car Battery Recycling (and Reuse!) Electric vehicles (EVs) are leading the charge toward a cleaner transportation sector. But as the first wave of EV batteries nears its potential end-of-life, responsible recycling and finding ways to reuse them become critical parts of this revolution. ♻ The Recycling & Reuse Imperative ♻ EV batteries contain valuable resources like lithium, cobalt, and nickel. Before recycling, batteries might find a "second life" in less demanding applications like stationary energy storage. This extends their use and reduces pressure on raw material supplies. 🔋 State of Recycling & Reuse 🔋 Dedicated recycling infrastructure is emerging, with companies actively recovering materials from batteries. Additionally, the reuse market is growing, offering a more sustainable pathway for EV batteries. However, significant scaling and innovation are needed in both arenas to meet future demand. 💡 Challenges and Opportunities Ahead 💡 We'll need to address: ▪ Scalability: Developing large-scale recycling and reuse processes to handle the surge in retired batteries. ▪ Innovation: Refining techniques for both reuse and recycling, improving efficiency and material recovery. ▪ Policy Support: Government incentives and regulations can drive investment in both recycling and reuse infrastructure. #ElectricVehicles #BatteryRecycling #BatteryReuse #Sustainability #CleanTransportation #EVs

Repurposing old electric vehicles isn't only just innovative, it's necessary, especially as the circular economy hinges on giving a second life to seemingly spent resources. This addresses the environmental concerns associated with battery disposal and offers a practical solution for energy storage. It's important we envision a future where we seamlessly integrate recycled EV batteries into our power infrastructure, creating a more circular and eco-friendly energy landscape. It's proof that ingenuity can transform what was once seen as waste into a valuable asset for a greener tomorrow. #EV #battery #recycling