Empowering Lives through Innovation
Our R&D engineers and international product experts focus on achieving product leadership through innovation keeping consumer application in mind.
Crafted With ConsumerApplication In Mind
Maximum ValueFor Money
Quality AtDesign Stage
Best In Class Warranty
Innovative Technologies
App Monitoring
Our Lithium-Ion batteries come equipped with a monitoring app tailored to provide you with real-time updates on your battery's status. From tracking remaining charge to activating protection mechanisms, and even remotely locking and unlocking your battery, our app offers a seamless user experience.
Cell Characterization
We delve deep into cell characterization, considering various criteria and perspectives such as electrical, electrochemical, thermal, and mechanical models. Our comprehensive approach spans different equipment, levels, and methods, ensuring thorough characterization standards are met across all levels of battery development.
Robust Battery Designs
At our core, we prioritize robustness and quality in our battery designs. Our packs are engineered to withstand the toughest road conditions, boasting a high-quality structure that ensures extended lifespan. Even after exposure to severe vibrations, drops, and shocks, our batteries exhibit minimal degradation, outperforming competitor batteries.
Battery System Evaluation
Our dedicated energy storage research team conducts rigorous testing on commercially available batteries, from individual cells to pack levels. Through aging, thermal, abuse, and vibration testing, we identify and address failure mechanisms, continuously refining our battery pack designs for optimal performance.
Simulation and Modelling
We leverage a suite of validated models to predict battery performance across diverse conditions and applications. From high-level 1st order models to detailed electrochemical simulations, our models provide insights into fundamental phenomena affecting battery aging, guiding our design decisions from the vehicle level down to component level.
Test Techniques Development
Drawing on our vast experience in battery testing, we're spearheading the development of next-generation test strategies. While our primary focus remains on vehicle propulsion applications, our expertise extends to testing for various sectors, including static power storage and consumer goods.
Thermal Characterization
Understanding thermal behavior across cell, module, and vehicle battery pack levels is paramount for successful cooling system design. We excel in thermal characterization, evaluating different cooling technologies under real-world conditions to ensure optimal battery performance.
Thermal Cycling
Our rigorous testing includes thermal cycling, simulating extreme temperature variations to evaluate product reliability and catch early-term defects. By inducing failure through thermal fatigue, we ensure our batteries meet the highest standards of durability.
Mechanical Analysis
Through advanced mechanical analysis, we tackle complex structural engineering challenges, enabling faster and better design decisions. Leveraging finite element analysis (FEA) solvers, we customize solutions for structural mechanics problems, optimizing design scenarios for maximum efficiency.
Cutting Edge Equipment
Ageing Tester
Our aging tester is instrumental in conducting ageing cycles and performance testing of battery packs. With driving cycle simulations, we monitor cell status in real-time, ensuring efficient energy regeneration throughout the aging process.
Driving Cycle Simulations
By uploading the test graph or catalogs of a powertrain, a vehicle level performance tests can be performed with the continual monitoring the status of cell’s (Voltages, Delta V and time).
Efficiency
During the ageing cycle, energy can be regenerated, and the regeneration efficiency is greater than 85%. Which is much higher than ordinary ageing testers.
Thermal Chamber
Utilizing thermal chambers, we subject battery packs to durability tests at varying temperature limits and thermal cycles. From 0°C to 45°C and beyond, our chambers simulate real-world conditions to validate the reliability of our battery packs.
Ageing Tester
Our aging tester is instrumental in conducting ageing cycles and performance testing of battery packs. With driving cycle simulations, we monitor cell status in real-time, ensuring efficient energy regeneration throughout the aging process.
Driving Cycle Simulations
By uploading the test graph or catalogs of a powertrain, a vehicle level performance tests can be performed with the continual monitoring the status of cell’s (Voltages, Delta V and time).
Efficiency
During the ageing cycle, energy can be regenerated, and the regeneration efficiency is greater than 85%. Which is much higher than ordinary ageing testers.
Interested in buying our products or have specific needs for customization?
Fill the enquiry form or call us on:
80 80 80 9293