Spartacus Pedrosa
Bio
25 years of experience in Energy Storage Development. Executive Director of ITEMM, one of the first private science and technology institutes in Brazil, where several new products are being developed, including Large scale BESS, Energy Management Systems as well as embedded devices for batteries.
Lead carbon batteries are a key energy storage solution for various applications, offering advantages such as recyclability s recyclability and cost-effectiveness. However, ensuring their longevity remains a critical challenge. This presentation explores novel approaches to extend the operational lifespan of lead carbon batteries by integrating intelligent charge algorithms and employing optimized lead and alloys. The integration of intelligent charge algorithms enables precise control over the charging process, mitigating common issues such as overcharging and sulphation, which are major contributors to battery degradation. This approach optimizes the charging profile based on real-time battery condition and environmental factors, thereby enhancing battery health and longevity. Additionally, optimized lead purity improves electrochemical performance. By selecting lead compositions and alloying elements carefully, detrimental compounds are minimized, reducing capacity loss and extending cycle life. This presentation delves into the principles behind intelligent charge algorithms and optimized lead alloys, showcasing their synergistic effects on lead carbon battery life improvement. Case studies and experimental results illustrate the effectiveness of this approach in real-world applications, highlighting its potential to significantly reduce environmental impacts while enhancing battery reliability. Implementing a circular economy battery underscores the commitment to sustainability in energy storage solutions, making lead carbon batteries more viable for diverse applications.
