A new multi-stage coordinated power system planning method considering renewable energy access

Author:

Chai Xiaoliang,Lv Hang,Zhao Haidong,Wang Hui,Yang Chao

Abstract

Abstract When renewable energy is connected to the new power system, it will affect the normal operation of some energy storage equipment, resulting in too small internal generation capacity of the new power system and insufficient capacity of the new power system. Therefore, based on the consideration of renewable energy access, a new multi-stage coordinated planning method for power system is studied. This paper analyzes the demand for peak shaving capacity of the new power system and determines the access point of renewable energy. a new multi-stage coordinated planning model of power system is built, and the method of multi-stage coordinated planning of power system is studied by solving the model. Set up the experimental environment, give the parameters of the experimental equipment, and design the comparative experiment. The results show that the coordinated planning method studied in this paper can help to reduce the operation cost of the new power system and ensure the economic benefits of the new power system.

Publisher

IOP Publishing

Subject

General Physics and Astronomy

Reference5 articles.

1. Operation strategy of park microgrid with multi-stakeholder based on bi-level optimisation;Kong;IET Generation Transmission & Distribution,2020

2. Impact analysis of recovery ramp rate after momentary cessation in inverter-based distributed generators on power system transient stability;Kang;IET Generation, Transmission and Distribution,2020

3. Ordinal-Optimization Concept Enabled Decomposition and Coordination of Mixed-Integer Linear Programming Problems;Liu;IEEE Robotics and Automation Letters,2020

4. Stochastic Unit Commitment Considering Coal Consumption of Thermal Units under Deep Peak Regulation;Liu;Computer Simulation,2021

5. Renewable Energy Capacity Planning Based on Carrying Capacity Indicators of Power System;Zhang;Power System Technology,2021

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