Deliver predictable, higher quality batteries
- Automate test environments and remove human error
- Accelerate iterative R&D for new chemistries, materials and structures
- Reduce time to qualify new battery systems
- Predict accurate battery life
SigmaSense for BatteryEIS
Unleash a new era of intelligent power
SigmaSense for BatteryEIS
Introducing SigmaSense for BatteryEIS™, our software-defined sensing technology for batteries. This game-changing approach uses advanced sensing and data analytics to monitor the electrochemical changes taking place inside batteries and generates real-time insights that are used to improve battery quality, safety and performance.
Maximize battery safety throughout the lifespan
- Identify electrochemical and damaging changes
- Increase confidence in the battery models over battery lifespan
- Deliver insights and battery state throughout lifetime
Optimize battery life and performance
- Proactively balance battery life cycle and performance
- Increase charge density utilization
- Learn continuously to enable optimal batteries
See SigmaSense for BatteryEIS technology in action
Battery Test Systems
Battery Test Systems
Increased testing precision with design flexibility optimizes battery quality, safety and performance.
Battery Storage
Battery Storage
Absolute reliability, safety and extended warranty periods and more predictable battery health.
Batteries for Mobile Devices
Batteries for Mobile Devices
More advanced battery power management, longer runtimes, and reliable safety.
Batteries for Industrial and Commercial Vehicles
Batteries for Industrial and Commercial Vehicles
Improved and more predictable TCO, safety, performance and lifespan in warranty-based systems.
Batteries for Passenger Vehicles
Batteries for Passenger Vehicles
OEMs can differentiate and increase profitability with more reliable, faster charging, improved safety and 2nd life sustainability.
SigmaSense Software-Defined Sensing Optimizes Battery Life Cycle
- Optimize chemistry design
- Improve quality of manufacturing
- Decreasing cost of testing
- Accelerate time to market
- Maximize safety and performance
- Increase confidence as battery ages
- Ability to quantify battery dynamics
- Continuous learning on the battery chemistries
- Decrease time between recycling and and manage waste
- Decrease landfill waste
- Extend value of battery over lifetime
- Increased confidence of remaining battery lifespan
- Lower risk of ownership
