ChargeIQ
ChargeIQ provides an AI-powered battery intelligence platform that uses proprietary virtual sensors to predict actual cell operating parameters beyond conventional voltage, current, and temperature monitoring. The solution helps large battery OEMs and BESS integrators maximize performance, extend asset life, and improve safety through data-driven insights. The platform is backed by research collaboration with Purdue University.
- Battery Technology
- Artificial Intelligence
- Energy
- Data & Analytics
- Software Only
- Hardware
Funding
Founders
Founder details are not available yet.
Product
Problem
Conventional battery management systems rely on basic measurements like volts, amps, and temperature, which capture only a partial picture of battery health and performance. This limited visibility prevents operators from detecting critical cell-level issues early, leading to suboptimal performance, accelerated degradation, and increased safety risks.
Solution
ChargeIQ offers a proprietary AI platform that employs virtual sensors to unlock deep battery intelligence beyond what traditional monitoring systems can see. The platform delivers highly accurate predictions of actual cell operating parameters, enabling operators to maximize performance, extend lifespan, and mitigate risk. By revealing hidden insights, ChargeIQ empowers users to optimize cell performance and make data-driven decisions that improve safety and accelerate charging. The solution is designed for large battery OEMs and BESS integrators seeking a competitive edge in battery asset management.
Target Audience
Primary customers are large battery OEMs and battery energy storage system (BESS) integrators who need advanced intelligence to maximize performance, extend lifespan, and mitigate risk across their battery assets.
Features
- AI-powered virtual sensors that predict actual cell operating parameters with high accuracy
- Proprietary analytics platform that reveals insights beyond conventional voltage, current, and temperature monitoring
- Demonstrated ability to optimize cell performance through advanced intelligence
- Safety enhancement capabilities that identify risks traditional systems miss
- Charging acceleration features that reduce downtime while preserving battery health
- Asset life extension through proactive, data-driven performance management
- Research collaboration with Purdue University supporting the underlying technology