E3MATRIX-C/S2000 Energy Storage System is a third-generation, high-performance 690V industrial & grid-scale energy storage solution featuring active variable frequency liquid cooling. Designed for large-scale commercial, industrial, and grid-side applications, this system integrates advanced thermal management, fire safety, and module-level intelligent control to ensure optimal efficiency and safety. With a modular design, it enables rapid deployment, reduced footprint, and low initial investment while supporting unattended operation through cloud-based monitoring. The system delivers over 7% increased available power, 30% lower power consumption, and 25% longer lifespan due to its innovative architecture and IGBT technology, making it a reliable and revenue-boosting choice for modern energy storage needs.More
One package for multiple management, eliminating series and parallel capacity loss, resulting in a more than 7% increase in available power. Active variable frequency liquid cooling and parallel pipeline connections between packages significantly enhance heat dissipation efficiency, reducing power consumption by 30%. Utilizes ANPC power topology combined with a hybrid vector modulation algorithm, improving charging cycle efficiency by 1%.
Multiple discharge
Supports multi-management in a single package, preventing capacity loss and boosting available power by over 7%. Active variable frequency liquid cooling and parallel pipeline design between packages further optimize heat dissipation and reduce power consumption by 30%. The ANPC power topology, along with the hybrid vector modulation algorithm, contributes to a 1% improvement in charging cycle efficiency.
Long life
Independent liquid cooling at the package level, and active heat balancing at the module level, keeps battery cell temperature difference within 2°C, extending system life by 25%. The wide-range speed-regulating fan increases the lifespan of the fan, enhancing overall reliability. Utilizes IGBT packaging technology with high thermal stability, ensuring enhanced reliability and performance.
Increase revenue
Modular design, short construction period, small footprint, and low initial investment costs contribute to a more cost-effective solution. Intelligent operation and maintenance through cloud monitoring, enabling unattended operation and improving overall system efficiency.
