The E3 MATRIX-C1000 is a state-of-the-art cabinet-type energy storage system that seamlessly integrates matrix power electronic battery stacks, energy storage inverters, thermal management systems, and fire safety systems. Designed for industrial and commercial energy storage applications, as well as other scenarios, it operates with an AC input of 380V, delivering unmatched versatility and performance.
This innovative system features module-level management and active safety mechanisms, ensuring optimized performance and robust protection. Additionally, it incorporates advanced functionalities such as three-phase imbalance control, significantly enhancing system reliability and operational efficiency. The E3 MATRIX-C1000 redefines energy storage solutions, offering a comprehensive, secure, and high-performance platform for modern energy needs.
Product advantages
High security
Utilizes a self-developed module-level battery controller and matrix active safety management technology, ensuring optimal safety. Features a single-package independent six-in-one fire protection composite monitoring system, with package-level perfluorohexanone and backup water fire protection for precise and rapid fire intervention. The battery and converter are strategically arranged in partitions, and the battery pack is sealed to prevent the spread of arcs and flammable gases, reducing fire risks.
Multiple discharge
One package supports multiple management without loss in series or parallel capacity, increasing available power by over 7%. Active variable frequency liquid cooling and parallel connection of pipelines between packages enhance heat dissipation efficiency, reducing power consumption by 30%. Adopts ANPC power topology with a hybrid vector modulation algorithm, boosting charging and recharging cycle efficiency by 1%.
Long life
Independent liquid cooling at the package level and active heat balance at the module level, ensuring battery cell temperature differences remain under 2°C, which extends system life by 25%. Equipped with a wide-range speed-regulating fan to further prolong fan life. IGBT packaging technology with high thermal stability increases reliability.
Increase revenue
Modular design reduces construction time, minimizes footprint, and lowers initial investment costs. Intelligent operation and
maintenance, with cloud monitoring and autonomous operation capabilities, further optimize operational efficiency.
