This April, the 13th Energy Storage International Summit and Exhibition was held in the Capital International Convention and Exhibition Center. Hangzhou Zhiguang Econ Technology Co., Ltd (short as Zhiguang Econ), as an innovative leader of energy storage technology and system solutions, brought Zhiguang Econ's new generation of full-scenario distributed station-level energy storage energy management system to explore the new trends of the current ESIE2025.

Full-Scenario Adaptation and Deep Integration

Multi-scenario coverage: The system architecture is flexible and can seamlessly adapt to a variety of complex scenarios on the grid side, power generation side, user side, etc. Whether it is a large-scale energy storage power plant, distributed energy projects, or industrial and commercial energy storage applications, it can provide accurate solutions to meet the individual needs of different customers.

Deep System Integration: Designed with a flexible system architecture, the solution adapts effortlessly to complex applications across grid-side, generation-side, and user-side energy storage. Whether deployed in large-scale energy storage stations, distributed energy projects, or commercial and industrial storage systems, it delivers precise, customized solutions tailored to diverse client needs.

Smart Regulation and Efficient Operation and Maintenance Empowerment

Smart regulation strategy: Powered by a multi-dimensional dynamic control strategy framework, the system continuously analyzes variables such as grid load and storage status to automatically optimize charge/discharge strategies. It supports complex functions like primary frequency regulation, dynamic voltage regulation, and demand control—maximizing both operational efficiency and economic returns.

Efficient O&M Enablement: The system features guided automated deployment, template-based standardized data access, and an intuitive drag-and-drop low-code dashboard interface, significantly reducing maintenance workload and complexity. Additional capabilities such as operational log archiving, remote interface control, and OTA updates empower O&M teams to monitor system status and perform upgrades anytime, anywhere.

Innovative Technologies and Future-Ready Architecture

Advanced Development Language and Architecture: Adopting a new generation of system-level memory security language development, combined with distributed, containerized, cross-platform software architecture, not only ensures the high performance and stability of the system, but also has good scalability and compatibility, and is able to quickly adapt to future technology upgrades and business expansion needs.

Timing History Database Application: The innovative introduction of timing history database supports the efficient writing and reading of milliseconds-level massive equipment data, providing powerful data processing capabilities for real-time data analysis and historical trend analysis, helping customers gain insights into the operating rules of energy storage systems, lay out optimization strategies in advance, and leading the innovative development of energy storage energy management technology.