Smart Grid Dispatching Technical Support System In Zhengzhou Power Grid Design And Application Of Optimization

In recent years, with the development of social economy and the improvement of people’s living standard, the demand for power resources continue to increase, the scale of the network is expanding, the electricity market reform gradually deepening, the structure and the operating mode of power system is becoming more and more complex, these are huge network practitioners need to face. Power control center command and control production and operation of the power system, the safe and stable operation of power system plays an important role, its automation level affects the whole power grid can be fast and efficient operation. In this case, support intelligent scheduling system is widely used as a new generation of smart grid dispatching technology will emerge as the times require, due to its broad and universal characteristics of the area, can not meet the actual work of a power grid operation control requirements, the need for further expansion and perfection of its function.Based on this, this thesis research based on Zhengzhou power grid operation process, combining the technology of Smart Grid Scheduling Support System Theory and control personnel work, drawing lessons from the domestic and foreign intelligent support system for power grid dispatching technology development experience and successful model, and analyze the actual situation of Zhengzhou power supply company regulation operation. In the analysis of the current situation of the company since the three sets of five "smart grid dispatching technical support system of Zhengzhou power grid’s application situation and the application of the system, control personnel, to optimize the necessity of analysis technology of smart grid scheduling support system, find out the optimization design of the main direction of the formation, and the optimized design scheme. According to the optimization design, respectively, from the monitoring interface to improve the AVC control station coverage, heavy overload record display, signal management...