Our story anD APPROACH
Our Story
At EVRUPT TECHNOLOGIES, we believe that true innovation happens abruptly—through bold ideas, disruptive breakthroughs, and a relentless pursuit of excellence. Our journey began with a vision to bridge the gap between cutting-edge research and real-world applications.
With our experience spanning industry and academia, including collaborations, we have developed simulation tools, patented technologies, and data-driven solutions that push the boundaries of energy storage and electrification. Our mission is to empower businesses with the knowledge and tools to design safer, more efficient, and longer-lasting energy systems.
We don’t just follow industry trends—we erupt into the market with transformative solutions that redefine the future of battery and EV technology.
Our Approach
At EVRUPT TECHNOLOGIES, we take an applied research-driven, problem-solving approach to consulting. Our methodology is built on three key pillars:
- Scientific Rigor – We translate cutting-edge academic research into practical solutions that drive real-world impact.
- Customization & Innovation – Every battery system is unique, and we tailor our models, simulations, and recommendations to match specific business needs.
- Speed & Disruption – True to our name, we deliver abrupt, high-impact solutions that help companies stay ahead in the fast-evolving energy landscape.
We don’t just analyze data—we create actionable insights that empower businesses to optimize battery technology, enhance EV performance, and lead the next wave of electrification.
What we offer?
Our Services
We provide expert consulting and cutting-edge solutions in the following areas:
- ✅ Battery Modeling & Simulation – Advanced 3D equivalent circuit modeling, electro-thermal-degradation modeling, and PyBaMM-based Multiphysics modeling to predict battery behavior with precision.
- ✅ EV Charging Optimization – Intelligent strategies to minimize charging time, maximize charge efficiency, reduce degradation, and extend battery life through optimized fast-charging algorithms.
- ✅ State Estimation & Cell Diagnostic – Expertise in developing & implementing Kalman filter algorithms to predict State-of-Charge (SoC) and Temperature in real-time. Using degradation mode analysis, ICA, and dVdQ fitting to quantify degradation modes (LLI and LAM).
- ✅ Cell Life Prediction & Degradation Analysis – Identifying degradation mechanisms, quantifying mechanisms, predicting cell life, and designing strategies for extended battery life through advanced simulation tools and custom-built models.
- ✅ Battery Management System (BMS) Algorithms – Developing smart algorithms for SoC, temperature, and resistance estimation for their direct usage in BMS.
- ✅ Battery Performance Optimization – Designing strategies for thermal management (cooling strategies), predicting temperature hotspots, and suggesting design improvements for cell and pack manufacturing.
- ✅ Second Life Batteries – Predicting the second life of batteries using real-world data, suggesting operational strategies for battery safety and longevity.
- ✅ New Cell and Battery Design – Providing support in new cell & battery design, suggesting design parameters, form factors, and cell and battery operations strategy to achieve higher energy density, better safety, longevity, performance, and efficiency.
- ✅ Cell Testing, Tear Down, Parameterization – Suggesting test requirements, suggesting testing SoPs, identifying model parameters, supporting in-house model validations, and providing support for cell tear-down.
- ✅ Cell and Pack Technology Selection, Road-mapping & Business Strategy – Guiding companies to select the best cell and battery technology customized for their need. Helping customers to update them with current innovations, market trends, and R&D in battery tech for informed business decisions.
Our solutions help companies make the best out of the latest green energy technologies and accelerate the future of energy storage and electric mobility