Shenzhen Zhongdian’s Distributed Intelligent Microgrid Plan: Breaking Tradition and Achieving “Smart + Reserve Energy” Intelligent Operation!
Date: May 15, 2025
Source: Industry Network
In 2025, China’s distributed energy industry is expected to undergo a historic transformation. On April 30 and May 31, two major policy highlights were announced, officially launching the “Policy Guidance” which will lead to changes in the energy market and its operational strategies. With emphasis on subsidy withdrawal, market trading reform, and technological upgrades, this transformation aims to provide unlimited opportunities for development.
Shenzhen Zhongdian Electric Power Technology Co., Ltd. (referred to as “CET”) is positioned as a leader in energy management and resource management in China. CET has introduced a distributed intelligent microgrid solution which focuses on optimizing energy utilization through intelligent technology. The core of this plan includes autonomous supply of energy through microgrid control systems (CET-7320) and microgrid monitoring stations (CET-6602), integrating systems for distributed energy, reserve energy systems, and charging interfaces.
The operational capabilities of the plan include:
- Data Monitoring and Control: Real-time monitoring of distribution energy generation, reserve energy discharge conditions, and charging operations;
- Strategic Action Algorithms: Intelligent regulation of reserve energy systems, maximizing the use of green energy, and improving energy efficiency;
- Resource Balance Management: Ensuring stable power network operation and minimizing variations during energy load fluctuations;
Currently, CET’s distributed intelligent microgrid system has already been successfully implemented in several areas through the “200kW peak load energy + 40kW vehicle charging + 100kW/200kWh reserve energy + five direct current fast charging stations” multi-energy complementary system framework, establishing a new energy management standard.
This plan emphasizes autonomous energy supply and coordination management technology, enhancing the efficiency of energy generation and reducing reliance on external electricity sources. The reserve energy system utilizes intelligent regulation strategies to effectively control energy costs and enhance operational efficiency.
In addition to this, CET’s construction of a direct current microgrid system aims to integrate various energy flows through centralized management systems, optimizing operational strategies for both distributed and reserve energy.
By focusing on collective energy efficiency and integrating various energy management strategies, the plan aims to transform the existing energy supply system from a “cost burden” into an “energy supply.” This will improve overall energy quality, enhance efficiency, and reduce operational costs.
Overall, CET’s innovative strategies not only enhance energy efficiency but also promote sustainability within the energy sector. The introduction of these advanced technologies is expected to significantly contribute to the future of energy management in China.
Original article by NenPower, If reposted, please credit the source: https://nenpower.com/blog/deeply-integrated-smart-microgrid-solutions-breaking-tradition-to-realize-intelligent-energy-management/
