Hero Electric Ultra Safe battery packs are set to redefine safety and performance in India’s fast-growing electric two-wheeler market. In a strategic move, Hero Electric has partnered with Battrixx to co-develop advanced lithium-ion battery packs for its e-scooters. As EV demand continues to surge, this collaboration not only strengthens local battery manufacturing but also enhances thermal safety, smart connectivity, and overall reliability. Here’s everything you need to know about this important development.
Hero Electric Ultra Safe Battery Packs Partnership Details
Hero Electric has officially partnered with Battrixx, an advanced battery pack manufacturer, to develop next-generation lithium-ion batteries for its electric scooters. Notably, Battrixx operates as a wholly owned subsidiary of Kabra Extrusiontechnik Ltd. (KET), which belongs to the Kolsite Group. Through this collaboration, both companies aim to deliver safer, smarter, and more reliable battery solutions for India’s rapidly expanding e2W segment.
Moreover, Hero Electric’s in-house R&D team conceptualized and designed these new battery packs. As a result, the company can ensure seamless integration across its entire e-scooter portfolio. Meanwhile, Battrixx will manufacture these advanced cell chemistry packs, supporting Hero’s aggressive production roadmap.
Importantly, the companies plan to supply nearly 300,000 battery packs and chargers over the next 12 months. Therefore, this partnership directly supports rising consumer demand and strengthens domestic battery manufacturing capabilities.
Advanced Cell Chemistry and AIS 156 Safety Compliance
Safety remains the core focus of this collaboration. Consequently, the new battery packs comply with the latest AIS 156 amendments, which significantly tighten EV battery safety standards in India. These amendments cover IP67 thermal protection, advanced A/V warning systems, smart Battery Management Systems (BMS), and real-time live data tracking through IoT integration.
In addition, the battery packs feature advanced cell chemistry designed to improve thermal stability and durability. According to Hero Electric, these batteries operate efficiently even in temperatures as high as 45°C. Therefore, the risk of thermal runaway remains negligible under extreme Indian weather conditions.
Furthermore, Battrixx integrates intelligent two-way communication between the vehicle, controller, battery, and charger. As a result, the system continuously monitors performance, enhances charging efficiency, and boosts overall safety.
| Feature | Details |
|---|---|
| Battery Type | Lithium-ion with advanced cell chemistry |
| Safety Standard | AIS 156 compliant |
| Thermal Protection | IP67-rated |
| BMS | Smart Battery Management System |
| Connectivity | IoT-enabled live data tracking |
| Temperature Handling | Stable performance up to 45°C |
| Supply Target | 300,000 battery packs in 12 months |
Hero Electric’s Local Supply Chain Strategy
While India’s EV market has witnessed rapid growth, building a localized supply chain has remained a major challenge. However, Hero Electric has actively worked to strengthen domestic sourcing for powertrains and batteries over the past two years. As CEO Sohinder Gill highlighted, local vendors were initially limited for high-quality EV components. Nevertheless, the industry’s hockey-stick growth has encouraged investments in the EV supply chain.
Therefore, this partnership with Battrixx represents more than just a battery deal. Instead, it signals Hero Electric’s commitment to reducing import dependency and enhancing manufacturing resilience. Additionally, localized production helps maintain quality control while meeting rising demand efficiently.
Battrixx Infrastructure and R&D Capabilities
Battrixx has invested heavily in infrastructure and technology to cater to India’s growing EV ecosystem. According to Anand Kabra, Vice Chairman and Managing Director of Kabra Extrusiontechnik Limited, the company has undergone rigorous R&D and testing over the last 18 months. Consequently, Battrixx now delivers globally benchmarked lithium-ion LFP battery chemistry tailored for Indian conditions.
Moreover, LFP (Lithium Iron Phosphate) chemistry offers improved thermal stability, longer life cycles, and enhanced safety compared to conventional lithium-ion variants. Therefore, the collaboration aligns perfectly with India’s push toward safe and sustainable electric mobility.
As battery packs form the most critical component of any EV, manufacturers must prioritize durability and safety. Hence, this strategic tie-up aims to provide long-life, high-performance battery solutions while ensuring consumer trust.
Impact on India’s Electric Two-Wheeler Market
India’s electric two-wheeler segment continues to grow rapidly due to rising fuel prices, government incentives, and increased environmental awareness. Consequently, reliable battery technology has become the backbone of EV adoption. With this partnership, Hero Electric strengthens its position in the competitive e-scooter market.
Additionally, improved battery safety compliance under AIS 156 builds consumer confidence. As more buyers prioritize safety and longevity, advanced battery packs like these could influence purchasing decisions significantly.
Therefore, the Hero Electric–Battrixx collaboration not only enhances product quality but also accelerates India’s broader EV transition. In the long run, this move may set new benchmarks for battery safety and localized manufacturing in the country.
FAQs
What are Hero Electric Ultra Safe battery packs?
They are advanced lithium-ion battery packs co-developed by Hero Electric and Battrixx, designed with enhanced safety, smart BMS, and AIS 156 compliance.
Are these batteries compliant with AIS 156 standards?
Yes, the battery packs fully comply with the latest AIS 156 amendments, including IP67 protection and advanced thermal safety features.
How many battery packs will be supplied under this partnership?
The companies aim to supply approximately 300,000 battery packs and chargers within the next 12 months.
What battery chemistry is used in the new packs?
The batteries use advanced lithium-ion LFP (Lithium Iron Phosphate) chemistry for better thermal stability and longer life cycles.
How do these batteries improve safety in Indian conditions?
They operate efficiently even up to 45°C and include smart BMS, IoT live tracking, and thermal protection to reduce risks like overheating or thermal runaway.
