Energy Storage Coordinated Control Device

The Flexible Energy Storage Management Platform offers advanced control and monitoring for various battery types, ensuring optimal performance across residential, commercial, and utility-scale energy storage systems. With intelligent monitoring capabilities, it enhances energy efficiency, stabilizes power output, and provides scalable solutions to meet growing energy demands. This platform supports seamless integration with renewable energy sources, enabling smart energy distribution and cost-effective operations.

The EPCP-MG-5000i Microgrid Controller delivers a reliable communication framework for connecting multiple devices, providing real-time microgrid status monitoring and automated management. Designed for urban microgrids and renewable energy integration, it enhances energy efficiency, stability, and intelligent power distribution, making it ideal for advanced energy systems and smart grid applications.

The Smart Energy Management System addresses complex energy challenges with real-time monitoring and advanced predictive analytics for generation and load forecasting. Designed for large-scale renewable energy projects and smart city applications, it enhances operational efficiency, reliability, and sustainability.

The EPCP-VPP-5000i Virtual Power Plant Platform provides standalone energy management, facilitating the participation of controllable energy resources in grid operations and electricity market transactions. It ensures seamless integration with Ceepower’s energy systems and supports compatibility with third-party platforms, enabling efficient distributed energy management and market flexibility.

The EPCP-MG-3000i Microgrid Controller is designed for advanced protection and control, ensuring stable operation of microgrids across various voltage levels. It maintains system stability during disturbances, making it ideal for industrial facilities and community microgrid setups. With intelligent monitoring and fault management, it enhances energy reliability and resilience in distributed energy systems.

The Energy Storage Inverter Control System optimizes power output for each inverter by analyzing target power values from the energy management system, current inverter output, and key grid parameters such as frequency and voltage. It ensures grid power remains stable and aligns with expected performance, enhancing energy efficiency and grid reliability. Ideal for renewable energy integration and smart grid applications.