At Pellenc Energy, our mission is to design a new generation of more efficient, reliable, safe and durable batteries. For the past 12 years, we have been developping breakthrough technologies based on convergence between material chemistry, embedded electronics and the industrialization of intelligent cells.
We are redesigning battery architecture to turn each cell into a smart unit capable of measuring several parameters in real time, making them interpretable, controllable and precisely optimizable. This approach allows us to fully unlock the potential of electrochemical storage for tomorrow's energy systems.
Protected by several patents, our innovations focus on the design and industrial production of high‑performance smart cells. It is compatible with multiple battery chemistries and integrating internally developed embedded electronic chips that enable the measurement, management, and control of next‑generation batteries with unprecedented precision.
Today, our ambition is to transform this know‑how into concrete, industrializable, and market‑ready solutions for global industrial players, cell manufacturers, and integrators. These solutions support electric mobility, stationary storage, and other emerging energy applications.
Our vision is a smarter form of energy storage, where each cell is no longer limited to storing energy, but is able to measure its own condition, interpret its variation and actively contribute to the performance, safety and reliability of the entire system.
We are convinced that the next battery revolution will come from the convergence of efficient chemistry, simplified architecture, embedded intelligence placed as close as possible to the cell, and industrial processes capable of deploying these innovations at scale.
Pellenc Energy aims to be a key player in this transformation by creating smarter, more efficient, greener and more sustainable batteries capable of accelerating transport electrification, developing stationary storage and developing new energy technologies.
We are developing solutions to make energy storage more efficient, responsible and responsive to the environmental and industrial challenges of tomorrow.
We challenge established architectures to design a new generation of batteries that are more efficient, safer, more durable, and smarter.
Our technology is based on a deep understanding of electrochemical phenomena, embedded electronics and industrial processes, supported by rigorous scientific research.
We develop systems capable of observing, understanding, controlling and optimizing the behaviour of each cell, in order to improve the overall performance of the batteries.
We are transforming our discoveries, patents and know-how into reliable, robust and industrial technologies designed to meet global market demands.
Safety, traceability and reliability are at the heart of our technological choices, from the cell to the overall control of the battery system.
We are developing solutions to make energy storage more efficient, responsible and responsive to the environmental and industrial challenges of tomorrow.
Serving more efficient, safe and sustainable batteries thanks to the unique convergence of chemistry, electronics and industrialization
A strategic patent portfolio covering material chemistry, embedded intelligence and industrial processes for new generation cells.
