AI-Driven Lifetime Optimization for Utility-Scale BESS
How AI-driven battery analytics improves BESS utilization, stabilizes degradation, and increases lifetime ROI—unlocking $15–25M in additional asset value.
Read moreLeverage agile, cost-effective battery simulation, configuration, and battery cell selection. Achieve unparalleled efficiency with streamlined data visualization and historical analysis.
EnPower: Revolutionizing Battery Tech with Digital Twins
Discover how EnPower is transforming the battery industry with cutting-edge digital twin technology. This revolutionary suite of tools – Cell Design Studio, Cell Digital Twin, and Battery Digital Twin – is accelerating innovation in energy storage like never before.

Take advantage of EnPower™ Design Studio and Digital Twins to transform battery testing into a truly agile process. With advanced digital twin technology, run battery simulations without manufacturing cells. Quickly pinpoint outliers to enable more accurate cell comparisons. Streamline processes from testing to production with battery pack modeling and configuration.

Partner with Electra to leverage EnPower™ Design Studio and Digital Twins for battery performance optimization. Simply upload data or connect your database that Electra then analyzes for structure and quality. At every step, the Electra team offers support to ensure a smooth and seamless process.
Keep up to date on the latest innovations in battery performance—access the latest events, whitepapers, eBooks, blogs, and more.
See All resourcesHow AI-driven battery analytics improves BESS utilization, stabilizes degradation, and increases lifetime ROI—unlocking $15–25M in additional asset value.
Read moreDiscover how AI-powered battery analytics achieved lab-level State of Health estimation accuracy (1.6% error) using only real-world fleet data—without lab diagnostics or operational interruptions.
Read moreDiscover how EVE-Ai™ unlocked predictive battery intelligence for a real-world BESS deployment, leading to a 143% increase in ROI, 3 extra years of battery life, and 40% less downtime. This summarized case study reveals how AI, machine learning, and physics-based models transformed underutilized energy storage assets into high-performing infrastructure.
Read moreLearn more about embedding insights from an analytics platform directly into an EV to maximize impact.
Leverage a holistic view of an entire fleet, each individual vehicle’s performance, and transform fleet management into a more empowered experience.