MaxVolt Energy Industries Ltd has introduced an IoT-enabled Smart Battery Management System (BMS) for its lithium battery portfolio, strengthening its focus on intelligent energy storage solutions for India’s rapidly growing electric mobility sector. The newly launched technology is designed to enhance battery safety, operational efficiency, and real-time performance monitoring for electric vehicles including scooters, e-rickshaws, and cargo mobility applications.
The Smart BMS integrates secure IoT technology and Bluetooth connectivity, enabling users to monitor battery performance through dedicated mobile applications. Vehicle owners and fleet operators can access real-time information related to battery health, charging status, temperature levels, and overall system performance. The platform is aimed at improving operational transparency and enabling better battery management across electric mobility applications.
A major component of the innovation is MaxVolt Energy’s collaboration with Indian Institute of Technology Roorkee for the development of AI-driven algorithms focused on battery analytics. The partnership is working on advanced solutions for accurate estimation of State of Charge (SoC) and State of Health (SoH), helping improve predictive diagnostics and overall battery lifecycle management.
The AI-enabled capabilities are expected to help users identify potential issues before they become critical, thereby reducing downtime, improving reliability, and lowering maintenance costs. The technology also supports proactive battery management, which is increasingly important for commercial EV fleets and high-usage mobility applications.
Safety remains a central focus of the Smart BMS platform. The system includes multiple protective mechanisms designed to prevent overcharging, overheating, short circuits, and other operational risks associated with lithium battery systems. The battery packs are engineered to comply with AIS-156 regulations, ensuring adherence to India’s stringent safety standards for electric vehicle battery systems.
MaxVolt’s lithium battery solutions are developed for a wide range of applications including electric two-wheelers, cargo vehicles, and solar-powered street lighting systems. The company stated that the batteries are optimized for Indian operating conditions and are designed to deliver fast charging capabilities, longer operational life, and stable performance across varying temperature ranges.
Vishal Gupta, Co-Founder and Chief Technical Officer of MaxVolt Energy Industries Ltd, said the introduction of the IoT-enabled Smart BMS represents an important advancement in intelligent energy management solutions. He noted that the integration of real-time monitoring and AI-powered insights will provide users with greater control, enhanced safety, and improved reliability across electric mobility applications.
He added that the company’s focus remains on solving practical challenges in India’s EV ecosystem while improving battery performance and user confidence through technology-driven innovation. The launch further strengthens MaxVolt Energy Industries Ltd’s position in India’s clean energy and electric mobility market as demand for advanced lithium battery solutions continues to grow across transportation and renewable energy sectors.
Founded in 2019, Maxvolt Energy Industries Ltd has emerged as a key player in manufacturing lithium battery packs for Electric Vehicles (EVs), Energy Storage Systems, and medical applications, strengthening its position in the sustainable energy market. The company is committed to advancing sustainable energy solutions through innovative battery technology. With a focus on safety, efficiency, and performance, Maxvolt’s products are designed to meet the evolving demands of clean energy markets. Equipped with smart features like real-time monitoring and advanced safety mechanisms, its batteries are a reliable choice for modern applications. Backed by recent funding and a vision for expansion, Maxvolt continues to solidify its position as a key player in the global transition to eco-friendly energy systems.
