Introduction

Industrial PCS 100KW Power Conversion System for Energy Storage Systemy.
CoEpo Series PCS 100KW Power Conversion System for Energy Storage System is a modular design, with a three-level topology, bidirectional AC/DC, and DC/AC conversion to meet the needs of energy storage systems. It adapts to different voltage levels and battery types to meet the energy storage needs of various application fields, while targeting user sites. We provide one-stop comprehensive solutions to power quality issues such as active and reactive power balance, harmonic current distortion, and load three-phase unbalance adjustment.

Safer:
-String design, wide DC voltage range, supports the use of ladder batteries
-16 types of protection, all-round protection, and control
High efficiency
-High dynamic response, full load charge,e and discharge switching time as low as 100ms
-Three-level topology, conversion efficiency up to 98.5%
Easy installation
-Supports rack/wall-mounted installation, standard U-shaped cabinet size design
-There is no need for an isolation transformer, directly connected to the grid, reducing system cost
Integrated function
-Reactive power compensation + harmonic control +three-phase unbalance adjustment
-Equipped with a four-quadrant adjustment function for active and reactive power

Key Technical Parameters

（1）Industrial and Commercial Energy Storage Systems ： 100kW PCS is widely used in small and medium-sized enterprises to optimize electricity costs and improve energy efficiency.
         1.Peak Shaving and Load Shifting to Reduce Electricity Costs:
            -During peak hours, businesses can use stored battery energy to reduce high electricity costs.
            -During off-peak hours (such as at night), the PCS charges the battery at a lower electricity rate for later use.
        2.Enhancing Power Supply Stability:
            -In case of grid fluctuations or temporary outages, the PCS can quickly switch to the energy storage system, ensuring uninterrupted operation of critical equipment.
            -Suitable for data centers, manufacturing facilities, shopping malls, hospitals, and other industries requiring stable power supply.
        3.Optimized Demand Management:
            -Prevent excessive demand charges by managing instantaneous peak loads and optimizing power distribution.

(2) Solar PV + Energy Storage Systems: 100kW PCS can be integrated with photovoltaic (PV) systems to maximize the efficiency of renewable energy utilization.
        1.Seamless Switching Between Grid-Connected and Off-Grid Modes:
            -Grid-connected mode: During the day, solar energy is stored or fed into the grid, while stored energy can be used at night to reduce dependence on the grid.
            -Off-grid mode: The PCS manages solar power generation and battery storage to create a self-sufficient microgrid, ideal for remote areas with weak or no grid connections.
        2.Balancing Solar Power Fluctuations:
            -Solar power generation is highly dependent on weather conditions; the PCS dynamically adjusts charging and discharging to ensure stable power output.
            -Suitable for industrial parks, schools, government buildings, and agricultural applications (such as smart greenhouses).

(3) EV Charging and Battery Swapping Stations: 100kW PCS plays a crucial role in developing new energy transportation and charging infrastructure.
        1.Core Equipment for DC Fast Charging Stations:
            -A 100kW PCS can efficiently convert high-voltage DC power to rapidly charge electric vehicles, reducing charging time.
            -Suitable for commercial fleet stations, public charging stations, and highway service areas.
        2.Vehicle-to-Grid (V2G) Integration:
            -Supports bidirectional energy flow, allowing electric vehicles to discharge power back to the grid, improving grid energy management.
            -Ideal for smart grid environments to balance peak loads and increase renewable energy utilization.
        3.Energy Storage Integration for Charging Stations:
            -Combining PCS with battery storage reduces peak demand on the grid and lowers operational electricity costs.
            -Suitable for intercity charging networks, corporate fleet depots, and airport parking lots where peak demand is high.