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Less business risk. More peace of mind. Continuous safety monitoring prevents thermal runaway.
With over 50 battery fires prevented, ACCURE’s Safety Manager software uses physics-based models and statistical approaches beyond the limitations of an on-board battery management system (BMS).
Continuous monitoring detects up to 20 safety-relevant anomalies before they become dangerous — across all your battery systems.
Get the most important alerts from continuous monitoring of up to 20 safety indicators, including cell and module defects, BMS errors, and poor HVAC performance.
Get ahead of safety issues before they start with reports that score pack behavior based on pre-defined criteria. Filters allow you to select module types or show batteries with a specific safety score. Use the scores to predict maintenance and avoid unplanned downtimes.
While the BMS only sees the one module, Safety Manager reports show your entire battery asset portfolio. Enabling you to compare different modules and explore the why and how of their behavior, including trends analyses.
Battery Intelligence automatically cleans, combines and organizes the field data from any battery management system.
ACCURE's Safety Manager runs safety analytics to track and predict critical anomalies on cell, pack, and system level.
Safety Manager continuously monitors your batteries, always on the lookout for critical conditions.
Automatic alerts for unsafe battery behavior before it becomes dangerous and access to ACCURE's battery experts to help you avoid extended downtimes.
Even better: lower them by proving your business does everything it can to mitigate risk.
We keep on top of ever-changing battery chemistries, system designs and BMS types for you.
Our in-house engineers provide support tailored to your situation.
Transform your field data into battery insights—intelligent algorithms clean your data automatically.
No more guesswork. Get more exact battery performance analyses and reveal underperforming assets.
Optimize operating strategy and design better systems with simulations and battery aging predictions.