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The Cell Driver™ is a fully integrated battery energy storage system (BESS) designed to optimize performance and reduce costs for stationary commercial and industrial energy storage applications. Equipped with Cellex’s patented Battery Control System™ (BCS), the Cell Driver™ offers maximized cell safety, capacity, and lifetime. Enabling businesses to efficiently control their power usage, lower electricity expenses, and improve energy reliability.
From commercial buildings to factories, the Cell Driver™ enhances self-consumption, trims peak usage, and seamlessly shifts loads. It easily integrates with renewables to offer backup and opportunities for grid revenue.
Acting as a strategic buffer, the Cell Driver™ reduces grid pressure, ensuring optimized demand management from EV charging infrastructure.
Vital for settings like data centers and hospitals, the Cell Driver™ surpasses traditional lead-acid or diesel backups during outages. When paired with renewable sources, it also taps into potential revenue from excess energy.
In challenging environments from mining sites to festivals, the Cell Driver™ stands as a robust alternative to diesel or gas generators. When combined with renewables, it paves the way for an efficient microgrid setup.
From commercial buildings to factories, the Cell Driver™ enhances self-consumption, trims peak usage, and seamlessly shifts loads. It easily integrates with renewables to offer backup and opportunities for grid revenue.
Acting as a strategic buffer, the Cell Driver™ reduces grid pressure, ensuring optimized demand management from EV charging infrastructure.
Vital for settings like data centers and hospitals, the Cell Driver™ surpasses traditional lead-acid or diesel backups during outages. When paired with renewable sources, it also taps into potential revenue from excess energy.
In challenging environments from mining sites to festivals, the Cell Driver™ stands as a robust alternative to diesel or gas generators. When combined with renewables, it paves the way for an efficient microgrid setup.
The Cellex Cell Driver™ utilizes advanced protection functions for current, temperature, and voltage, delivering unparalleled safety for ESS operation and minimizing the risk of cell-level thermal runaway. This enables the system to electronically isolate defective cells without impacting system operation.
Active cell balancing across the system enables the control of charged and discharged energy based on the cell’s State-of-Charge (SoC) and State-of-Health (SoH) while matching power demand and power quality. This leads to improved safety, performance, and overall system capacity.
The Cellex Cell Driver™ introduces an innovative topology for active cell balancing, expertly driving each cell with AC and dynamically adjusting the amperage per second based on the cell's state of charge (SoC) and state of health (SoH). The result is consistently balanced cells and superior matching of power demand and power quality.
During repeated charging and discharging, battery cells can display varying characteristics, leading to overcharging or undercharging of some cells. This affects overall capacity, efficiency, and may cause damage or thermal runaway events. The Cellex Cell Driver™ offers a dynamic solution by charging cells based on their health, enhancing the capacity, efficiency, and safety of energy storage systems.
The enhanced control allows the system to increase the lifespan of first-life batteries as well as repurpose second-life EV batteries, prolonging the useful life of rare earth minerals and reducing the environmental impact of electrification.
Unlock the untapped potential of second-life EV batteries by integrating them into Energy Storage Systems (ESS). This innovative repurposing not only dramatically reduces environmental impact by extending battery life cycles but also substantially cuts ESS costs.