Title :
Practice of microgrid control system
Author :
Ge Liang ; Weng Lei ; Liu Yun ; Peng Liyuan ; Zhou Fen ; Zhang Xiaoyu
Author_Institution :
Beijing Sifang Autom. Co., Ltd., Beijing, China
Abstract :
The system is based on the characteristics of microgrid and energy storage power plant control system, combined with engineering practice, providing monitoring for the island-based independent power supply systems, science parks, research institutes, laboratories microgrid, energy storage power stations, control, protection and energy management integration solutions. For system integration process, control equipment and integrated communication protocol differences difficulties brought by reference to IEC61850 specifications for device modeling and functionally related logical nodes (Logical Node, LN) carried out the necessary expansion of the unified communications follow IEC61850 specification. System uses a multi-division, multi-modal coordination and management structures and ways of using programmable logic and network operation, as well as isolated operation mode switching operation mode strategies to build the library organized package to meet the needs of different projects and projects. Through various forms of microgrid internal energy and load forecasting and scientific precision scheduling, coordination and optimization of microgrid and microgrid, microgrid and large grid network to achieve energy efficient use of energy to meet a variety of user needs, improve supply reliability and other purposes.
Keywords :
IEC standards; distributed power generation; energy storage; load forecasting; power distribution control; IEC61850 specifications; device modeling; energy management integration solutions; energy storage power plant control system; energy storage power stations; functionally related logical nodes; island-based independent power supply systems; isolated operation mode switching operation mode strategies; laboratories microgrid; library organized package; load forecasting; microgrid control system; microgrid internal energy; network operation; programmable logic; research institutes; science parks; scientific precision scheduling; system integration process; Abstracts; Islanding; Microgrids; Optimization; Switches; Control Systems; Energy Storage Power Station; IEC61850; Microgrid;
Conference_Titel :
Electricity Distribution (CICED), 2014 China International Conference on
Conference_Location :
Shenzhen
DOI :
10.1109/CICED.2014.6991706