Cell-Level BMS™Improving the safety, energy throughput and lifetime of large lithium-ion battery packs
What We Do
Element Energy’s Cell-Level BMS (CLB) utilizes adaptive cell-learning algorithms to improve the safety, energy throughput and lifetime of large lithium-ion battery packs. We aim to make grid-tied energy storage safer and more dependable, with levelized cost of storage up to 50% lower than is possible with conventional battery management systems (BMS).
More Energy Throughput
Battery packs with conventional BMS are limited by the weakest cell. CLB fully utilizes each cell’s available capacity, providing the full runtime and total energy capability of the pack. This advantage only grows with time as the cells in packs with conventional BMS age differentially.
Our cell management algorithms iteratively monitor, model and manage the operation of each cell in the pack independently, reducing wear and extending the life of each cell and the entire pack.
Weak or failed cells are isolated while the pack continues to operate. Fault response is up to 100x faster than conventional BMS, providing a quicker and safer resolution to prevent cascading failures.
Who We are
Our Management Team has decades of experience in lithium-ion battery R&D, battery energy storage systems, renewables, AI, software, hardware and semiconductors, a long track record of execution and passion and commitment to renewables.
Board of Directors
The company is well-funded by strategic and venture capital investors.