It combines battery clusters BMS、 Energy storage inverters and EMS are integrated, mainly used for industrial and commercial photovoltaic self use surplus electricity grid connection, grid peak shaving and valley filling, backup power supply, and microgrid construction, achieving integrated management of energy “peak shifting and valley filling” and “photovoltaic storage charging and discharging”.


Advantages:
·Fully integrated space saving: battery PCS、EMS、 The power distribution system is highly integrated and ready to use, replacing traditional split installation and saving 70% of cabinet space.
·Plug and play deployment is fast: adopting a modular plug-in design, only the main circuit and communication line need to be connected on site, and it can be put into operation within a few hours, responding quickly to grid connection requirements.
·Intelligent scheduling with high energy efficiency: Built in EMS energy management system, automatically identifies photovoltaic/load/grid status, realizes peak valley arbitrage and spontaneous self use, and increases comprehensive income by more than 15%.
·Strong adaptability to all scenarios: adopting IP54+protection level and constant temperature air conditioning, wide temperature operation -30 ℃~60 ℃, all climate outdoor direct discharge, suitable for multiple regions such as mountains/factories/islands.
·High level of safety redundancy: equipped with multi-level BMS battery management and fire linkage, supports hot swappable maintenance, and has anti islanding, overvoltage/overcurrent protection, with zero safety hazards during operation.
·Long lifespan and low attenuation: High cycle life battery cells are selected, with a cycle count of ≥ 6000 times and a 10-year deep attenuation rate of ≤ 20%. Long term operating costs are low and assets are preserved.
·Grid connection standard anti-interference: It has a complete power quality management function, meets the national standard GB/T grid connection requirements, effectively filters out harmonics, and stabilizes the terminal voltage of the power grid.
·Transparent operation and maintenance with low cost: equipped with remote monitoring platform and big data analysis, real-time fault warning; Maintenance free design reduces labor costs and doubles operational efficiency.