- In January 2025, the global lead-acid battery market exceeds $50 billion, driven by demand in automotive, renewable energy, and industrial sectors. Technological advances like AGM and Gel batteries, IoT integration, and faster charging boost performance. Sustainability efforts, including 95% recyclability and circular economy models, are enhancing eco-friendliness and shaping the future of lead-acid technology.
- In December 6, 2024, AI-driven methods are revolutionizing battery health monitoring by enhancing State of Health (SOH) estimation. Using machine learning and deep learning models, these techniques offer accurate, real-time insights into battery performance and degradation. This enables predictive maintenance, reduces failure risks, and extends battery lifespan, making energy storage systems more efficient and reliable across various applications.
- In March 15, 2024, Amara Raja Energy & Mobility highlights lead-acid batteries as a prime circular economy success while expanding into lithium-ion technologies. Executive Director Harshavardhana Gourineni notes that despite lithium-ion’s rise, lead-acid remains dominant in segments like industrial UPS. Innovations like stamped grid technology enhance its power capabilities, ensuring continued relevance amid evolving energy storage needs.
