Abstract

This paper made a research on the Intelligent Optimization Operating Modeling of Pumped Storage Power Station in Hunan Power Grid. First it introduces the characteristics of Hunan power grid and analysis the practical requirement of dispatching. Then it brings forward the intelligent optimization model and set up running model for pumped storage power station of Hei Mi-feng. At last, it introduces the application of pumped storage power station in Hunan power grid and proves the effectiveness of the optimization models.

Highlights

  • With the large capacity, high parameters coal-fired power plants are put into operation, especially the development of nuclear power plants, peak shaving, safe and stable operation and reliable power supply face more severe situation

  • This paper made a research on the Intelligent Optimization Operating Modeling of Pumped Storage Power Station in Hunan Power Grid. First it introduces the characteristics of Hunan power grid and analysis the practical requirement of dispatching. It brings forward the intelligent optimization model and set up running model for pumped storage power station of Hei Mi-feng

  • It introduces the application of pumped storage power station in Hunan power grid and proves the effectiveness of the optimization models

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Summary

Introduction

High parameters coal-fired power plants are put into operation, especially the development of nuclear power plants, peak shaving, safe and stable operation and reliable power supply face more severe situation. This paper combining with the characteristics and actual needs in scheduling of Hunan power grid, studies the intelligent optimization strategy which the Hei Mi-feng pumped storage power plant is in scheduling, and establishes corresponding optimal operation model

The Methods and Problems of Dispatching Peak Shaving in Hunan Grid
Hei Mi-feng Pumped Storage Power Plant Profile
The Scheduling Strategy of Pumped Storage Power Plant
Model State
Mathematical Model
The Role of Synchronize and Close
Full Text
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