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Model Cell Driver -Commercial And Industrial Energy Storage Solution
Enhanced Safety: Dynamic micro-protection mechanisms with functions for current, temperature, and voltage. Electrically isolate defected cells without disruptions to system operation.
Decreased Total Cost of Ownership: Fault isolation minimizes down time and prevents disruptions in power delivery. Cell Driver™ also offers shortened installation and maintenance time using modular plug-in design.
Reduced environmental impact: Substantial reduction in emissions and the need for raw earth materials by almost doubling the lifetime of retired EV batteries.
Next-Gen Cell Control Solution
Exro’s proprietary Battery Control System™ controls the charging and discharging based on state-of-charge (SOC) and State-of-Heath (SOH). Active cell balancing enables enhanced depth of control, maximized cell lifetime, and micro-protection mechanisms for improved safety and uninterrupted operation.
Second Life Energy Storage
The battery cells in an electric vehicle reach end of life in about 8-12 years, depending on battery conditions. As more electric vehicles reach end of first life, there is a growing number of batteries that can be utilized for second life energy storage. The Cell Driver™ can utilize retired EV batteries and give them a second life in energy storage applications, significantly reducing total cost of ownership with enhanced reliability and safety.
Peak Shaving: Reduce peak demand charges
Load Shifting: Buy energy at low prices and discharge at high prices
Emergency Backup: Provide power in a grid outage
Battery Buffer: Support EV charging infrastructure with peak power shaving functionality
Frequency Regulation: Manage power surplus/shortage to stabilize supply and demand
Micro Grid: Operate in grid-connected or island mode
Power Quality Improvement: Enhance power factor and power quality while lowering the total cost
Second-life Cell Ready: Simplify battery repurposing process.
