Title :
Energy management system for multi-microgrid
Author :
Qingping Wang ; Peng Zhang
Author_Institution :
Corp. Res., ABB Ltd., Beijing, China
Abstract :
EMS of microgrid (I-IEMS) is developed to monitor and control distributed generator (DG). It i s necessary t o research practical I-IEMS for large-scale multi-microgrid. Energy Management System for microgrid in this paper is based on Smart Grid Dispatching Technical Support System (SGDTSS) which has been widely used in dispatching system of provincial or regional power grid. The secure operating system, database, SOA function, application interface and mes sage bus are all included in special dispatching technical support platform for μEMS. The functionalities of μEMS advanced application are presented, including topology engine with multi-microgrid, power flow control, economic operation for microgrid, DGs & loads forecast, demand response based on microgrid, “Seamless Transfer” between grid and island mode, etc.
Keywords :
distributed power generation; energy management systems; load flow control; load forecasting; power generation dispatch; smart power grids; μEMS; DG control; SGDTSS; SOA function; application interface; demand response; distributed generator monitoring; energy management system; island mode; large-scale multimicrogrid; load forecasting; message bus; microgrid EMS; microgrid economic operation; power flow control; power grid; seamless transfer; secure operating system; service oriented architecture function; smart grid dispatching technical support system; special dispatching technical support platform; topology engine; Abstracts; Databases; Educational institutions; Energy management; Hardware; Microgrids; Network topology; Active Distribution Network; Distributed Generation; Energy Management System; Microgrid;
Conference_Titel :
Electricity Distribution (CICED), 2014 China International Conference on
Conference_Location :
Shenzhen
DOI :
10.1109/CICED.2014.6991834
