Log9 Materials has made significant strides in the battery manufacturing industry. The company has commercialized over 6,500 batteries and established 150 fleet partnerships. Log9 is successfully running around 2500 EV assets on road, connecting 600 charging stations, managing 100 crore worth of assets for 150+ fleets with a turnaround time of 2.7 days on servicing needs and growing at 20-30% Month-on-Month.
In a recent interview, Abdullah interacted with Mr. Pankaj Sharma, Co-Founder and Director, Log9 Materials in which he discuss about the Log9 Materials is contributing to India’s goal of self-reliance in the energy sector, unique features and technological advancements distinguish the Nexmile 4500 from other commercial EV, Log9’s AI engine enhances EV maintenance and operational efficiency, key technological advancements Log9 Materials has achieved over the years, AI integration in Amphion’s EV asset management platform revolutionize the handling and management of EV assets in India, specific design or material adaptations were made to ensure their performance, strategic plans for international expansion.
Can you elaborate on how Log9 Materials is contributing to India’s goal of self-reliance in the energy sector? What are some specific initiatives or projects you are most proud of in this regard?
Log9 Materials is at the forefront of India’s journey towards energy self-reliance, aligning with the country’s mission to reduce dependence on imported energy solutions and foster indigenous innovations. A key initiative in this regard is the establishment of India’s first lithium-ion cell production facility with an installed capacity of 50MWh. This facility marks a significant step towards creating a self-sufficient ecosystem for advanced energy storage solutions in India. Additionally, Log9’s extensive R&D efforts have led to the commercialization of over 6,500 batteries, supported by real-world performance data covering 20 million kilometers. These initiatives help build a robust, localized supply chain for battery technology, reducing the reliance on foreign imports and promoting technological sovereignty.
What unique features and technological advancements distinguish the Nexmile 4500 from other commercial EV batteries in the market?
The Nexmile 4500 stands out in the commercial EV battery market with several unique features and technological advancements:
- Largest Battery Pack in an Electric 2-Wheeler: It boasts the biggest battery capacity in its category, enhancing its overall performance.
- Fastest Charging in its Segment: The Nexmile 4500 charges quicker than any other 2-wheeler battery in its class, minimizing downtime.
- Longest Real-World Range: With a range of over 120 km on a single charge, it alleviates range anxiety and ensures seamless operation for drivers.
- Extended Warranty: Offering the longest warranty available, it provides peace of mind and reduces concerns about needing a second battery during the vehicle’s lifespan.
- Advanced Battery Management System (BMS) and Algorithm: The sophisticated BMS and battery algorithm enable the creation of a digital twin of the battery, offering real-time monitoring of the battery’s health and continuous performance tracking.
- Support with Long-Term Financing: The Nexmile 4500 is backed by long-term financing options, making it easier and more affordable to purchase, ensuring great value for money.
Can you explain how Log9’s AI engine enhances EV maintenance and operational efficiency? Are there any specific use cases or success stories you can share?
Log9’s AI engine plays a pivotal role in enhancing EV maintenance and operational efficiency through advanced data analytics and predictive insights. The AI engine monitors battery health in real-time, analysing data to predict potential issues before they arise. This predictive maintenance approach ensures timely interventions, reducing downtime and maintenance costs. A specific use case is the deployment of AI-powered diagnostic tools for fleets, where operators have reported significant reductions in unexpected breakdowns and maintenance expenses, leading to improved fleet reliability and efficiency.
As early adopters and innovators in the lithium-ion battery space, what were some of the key technological advancements Log9 Materials has achieved over the years?
Over the years, Log9 Materials has achieved several key technological advancements in the lithium-ion battery space. These include the development of ultra-fast charging capabilities with LTO chemistry, which significantly reduces charging times. Another breakthrough is the creation of batteries with extended life cycles and enhanced thermal stability, addressing common issues related to battery degradation and safety. Log9 has also pioneered innovations in battery management systems (BMS), integrating advanced AI algorithms to optimise performance and extend battery lifespan.With the launch of its LFP battery pack, Log9 is providing economical options for EV batteries without compromising on the quality and performance of the vehicles.
Predictive maintenance and uptime guarantees are critical for EV fleet operators. How does Log9 implement these proactive solutions, and what benefits have fleet operators experienced as a result?
Log9 implements predictive maintenance and uptime guarantees through a combination of advanced AI analytics and robust battery management systems. The AI engine continuously monitors battery health and performance metrics, predicting potential failures and scheduling maintenance proactively. Fleet operators benefit from reduced unexpected downtimes and increased vehicle availability. For instance, logistics companies using Log9’s batteries have reported improved fleet uptime and reduced operational disruptions, leading to enhanced productivity and cost savings.
How does AI integration in Amphion’s EV asset management platform revolutionise the handling and management of EV assets in India?
The integration of AI in Amphion’s EV asset management platform revolutionises the handling and management of EV assets by providing real-time insights and predictive analytics. AI algorithms analyse vast amounts of data from EV operations, optimising fleet vehicle uptime and maintenance schedules. This proactive approach ensures optimal performance and extends the lifespan of EV assets. In India, fleet operators using Amphion have experienced streamlined operations, improved asset utilisation, and significant reductions in maintenance costs.
Have Log9 batteries been tested and proven effective in subzero temperatures? What specific design or material adaptations were made to ensure their performance?
Log9 batteries have been rigorously tested and proven effective in subzero temperatures. A notable example is their deployment in Ladakh at the Himalayan Institute of Alternatives, Ladakh (HIAL), founded by Mr. Sonam Wangchuk, where temperatures drop below -40 degrees Celsius. Specific design adaptations, such as enhanced thermal management systems and the use of specialised materials, ensure reliable performance in extreme cold. These adaptations prevent battery degradation and maintain energy efficiency, making Log9 batteries suitable for diverse climatic conditions. This capability is particularly valuable for applications in regions with harsh winter conditions, ensuring consistent performance and reliability.
With Log9’s vision of sharing innovations and knowledge globally, what are your strategic plans for international expansion?
Log9’s vision of sharing innovations and knowledge globally includes strategic plans for international expansion in the tropical belt of the world, where similar temperature and driving conditions exist, such as in India. The company aims to establish partnerships with global automotive manufacturers and energy companies, leveraging its advanced battery technologies to penetrate new markets. Log9 is working with multiple cell technology companies to further enhance the performance of their materials and is leveraging its cell technology centre to develop advanced Li-ion chemistries.