BatteryIQ offers a real-time monitoring platform that detects abnormal battery behavior early and sends alerts to building owners and manufacturers, reducing support time and costs. The system also provides full traceability of a battery’s lifecycle from manufacture, ensuring users know the authenticity and current condition of their batteries.
Funding
Funding not disclosed
Founders
Product
Problem
Battery failures in buildings and electric vehicles often occur without warning, leading to costly downtime, safety hazards, and expensive support interventions. Additionally, owners lack reliable information about a battery’s origin and current health, making it difficult to verify authenticity and plan maintenance.
Solution
BatteryIQ delivers a cloud‑based platform that continuously monitors battery performance metrics using embedded sensors and edge analytics. Advanced predictive algorithms analyze real‑time data to forecast failures well before they manifest, triggering automated alerts to building managers and manufacturers. The system also maintains a tamper‑proof digital ledger that records each battery’s manufacturing details, usage history, and condition, enabling owners to verify authenticity and assess remaining lifespan. By providing early warnings and transparent provenance, BatteryIQ helps reduce unplanned outages, lower support costs, and improve overall asset reliability.
Target Audience
Primary customers are building owners, facility managers, and manufacturers of battery‑powered equipment who need proactive maintenance and assurance of battery authenticity.
Features
- Real‑time telemetry collection from battery sensors with low‑latency edge processing
- Predictive failure modeling that generates alerts days to facility owners and OEMs
- Secure, blockchain‑enabled provenance tracking from manufacture to end‑use
- Dashboard and API access for monitoring battery health status and history
- Automated reporting of anomaly trends and maintenance recommendations