BatteryIQ is urging automakers and micromobility manufacturers to adopt connected battery-health monitoring across electric vehicle fleets. The battery intelligence company says its systems can detect abnormal cell behavior at the individual vehicle level. That approach could help manufacturers avoid costly fleet-wide recalls by enabling targeted intervention instead.
Highlights
- BatteryIQ’s monitoring systems track cell behavior, degradation patterns, and operating conditions in real time to flag early warning signs of failure or misuse.
- Targeted intervention could replace mass recalls, with some issues resolved through over-the-air software updates rather than physical service actions.
- The company positions connected battery intelligence as a foundational safety layer for EVs, e-bikes, energy storage systems, and buildings.
- Industry voices support the shift, calling predictive battery monitoring essential to building confidence among drivers, insurers, and regulators.
Recalls Highlight Battery Safety Gaps
The push comes after several high-profile EV battery recalls in the UK affected thousands of vehicles. Those incidents underscore growing challenges around lithium-ion battery safety as electrification accelerates across transport sectors.
BatteryIQ says the industry is shifting from reactive safety responses to predictive monitoring. Rather than waiting for faults to emerge, connected systems continuously track battery health during real-world use.
How the Monitoring System Works
BatteryIQ’s systems embed intelligent monitoring within the battery pack itself. They analyze cell behaviors, degradation patterns, and operating conditions in real time. The goal is identifying early warning signs of failure, damage, or misuse.
“Battery-health monitoring is effectively the equivalent of having a smoke alarm inside a battery system,” said Nick Bailey, founder of BatteryIQ. He added that it provides early warning of stress and abnormal cell behavior long before dangerous conditions develop.
From Mass Recalls to Targeted Fixes
Bailey said the technology could help manufacturers avoid major recalls triggered by suspected battery issues. BatteryIQ’s systems can pinpoint abnormal behavior in a specific vehicle or small group of vehicles. As a result, issues can often be addressed early — sometimes through a software update — without recalling entire fleets.
According to BatteryIQ, connected battery intelligence enables several key outcomes:
- Early detection of defective or degrading batteries
- Targeted service or software intervention at the individual vehicle level
- Reduced fire risk and fewer safety incidents
- Lower warranty and recall costs for manufacturers
- Greater confidence for insurers and regulators
- Safer adoption of electrified transport overall
Industry Support for Predictive Approach
Tanya Sinclair, CEO of Electric Vehicles UK, expressed support for the technology. She said electrification requires a mature, resilient ecosystem beyond just selling vehicles. Connected battery-health monitoring, she noted, builds confidence across the system for drivers, manufacturers, insurers, and regulators. It also creates efficiencies not possible with combustion vehicles.
Universal Adoption as Next Step
Bailey said the next step for the industry must be universal adoption of connected battery-health monitoring. Manufacturers, operators, and users should receive alerts well before a battery reaches a critical or unsafe state, he added.
As electrification expands, understanding real-world battery behavior becomes increasingly important. Connected battery intelligence aims to turn batteries from unknown risks into transparent, manageable assets.
Sign up for our popular daily email to catch all the latest EV news!
