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STABL Energy’s technology, has the potential to redefine the core architecture of battery systems, as it both removes the risk of instability, while enabling the adoption of used EV batteries for battery storage systems, essentially setting a new standard of convenient, cost-effective, reliable and highly sustainable resource efficient battery storage.
We invested in STABL based on its full BCSA technology stack. Their core architecture enables true BCSA integration for reused batteries in new BESS setups - offering superior design, dynamic hot-swapping capabilities, and robust construction.
STABL’s modular multi-level converter (MMC) technology improves battery efficiency by up to 30% and extends battery life by 70%. Unlike traditional inverters, STABL enables individual module control, increasing safety, reducing energy losses, and allowing seamless integration of second-life batteries, making energy storage more sustainable and cost-efficient.
By eliminating centralized inverters and optimizing power flow at the module level, STABL reduces system costs and maintenance expenses. The use of second-life batteries significantly lowers upfront investment, and predictive maintenance minimizes downtime and replacement costs.
STABL’s plug-and-play system allows for easy battery module swaps at safe, low voltage, reducing the need for specialized labor or complex installations. Its real-time analytics and remote monitoring enable automated maintenance and optimization, streamlining operations for energy storage providers, industrial users, and grid operators.
STABL is actively scaling production capacity to meet growing demand. By enabling the reuse of second-life batteries, STABL offers greater availability of energy storage systems even as supply chains for new batteries remain constrained. Manufacturing partnerships and outsourced production ensure rapid scalability and deployment.