Boco Electronics' 125KW Energy Storage PCS Module, engineered on a next-generation SiC technology platform, supports a 600V-1000V DC voltage range, delivering 125KW rated output with a sustained 1.1x overload capacity. With 99% peak efficiency, it maximizes power conversion while minimizing energy dissipation. Fully compatible with high-capacity battery systems (280Ah, 314Ah, 320Ah), it integrates advanced cluster-level management to enhance reliability and efficiency. Designed for scalable deployment, its built-in parallel operation capability enables seamless system expansion. Its robust architecture makes it ideal for industrial-scale energy storage, UPS, dynamic power distribution reinforcement, and hybrid microgrid integration.
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High Conversion Efficiency Employs advanced Silicon Carbide (SiC) technology to substantially improve power conversion efficiency, ensuring optimal system performance, minimizing heat loss, and enhancing overall reliability. |
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Flexible Parallel Configuration The modular design enables seamless system expansion, supporting parallel configurations to achieve scalable power growth. |
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Low Construction Costs Capable of operating with 100% unbalanced loads in a three-phase, four-wire system without requiring additional transformer equipment. Equipped with AC/DC disconnect capabilities and integrated contactors and fuses, this design simplifies system architecture while reducing both construction and maintenance costs. |
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Multi-Protocol Compatibility Integrated with an Energy Management System (EMS), the device supports multiple communication protocols, including MODBUS, CAN, and ETHERNET, allowing for flexible customization and a range of management functions to facilitate intelligent system operation and scheduling. |
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Wireless Connectivity Supports wireless connectivity and remote monitoring, facilitating routine operations and fault diagnostics. This significantly improves operational efficiency and enhances the user experience. |
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Multi-Scenario Adaptability Supports both battery grid-connected charge and discharge modes, as well as self-constructed DC bus voltage modes, making it ideal for applications including commercial and industrial energy storage, dynamic capacity expansion in power distribution, and DC microgrids. |
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