风电最大化消纳的热电联产机组联合优化控制

风电最大化消纳的热电联产机组联合优化控制
摘要:为了最大化提升风电的消纳能力，解决我国的弃风问题，提出了一种结合热电联产机组、风电机组、电锅炉和储热装置的综合能源系统。通过建立数学模型研究了3种不同运行方式下，系统对风电的消纳能力和热电联产机组的最佳运行模式。研究结果表明，仅通过热电联产机组自身调节的方式，系统的风电消纳能力只有77.9%；采用热电联产机组结合电锅炉相互调节的方式，可将风电消纳能力提升至92.8%；而采用热电联产机组、电锅炉和储热装置联合调节的方式，系统对于风电的消纳能力则达到97.3%。

Abstract：In order to maximize the absorption capacity of wind power and solve the problem of wind abandonment in my country, this paper proposed an integrated energy system that combines cogeneration units, wind turbines, electric boilers and heat storage devices. Based on the established mathematical model, the system's ability to absorb wind power and the best operating mode of cogeneration units under three different operating modes were studied. The research results show that the wind power absorption capacity of the system is only 77.9% through the self-regulation of the cogeneration unit; the system's wind power absorption capacity can be increased to 92.8% by adopting the method of mutual adjustment of cogeneration units and electric boilers; and it can reach 97.3% by using the operation mode of combined adjustment of cogeneration units, electric boilers and heat storage device.

标题：风电最大化消纳的热电联产机组联合优化控制
title:Joint Optimal Control of Cogeneration Units for Maximum Wind Power Consumption

作者：刘丁赫, 马聪, 王勇
authors:LIU Dinghe, MA Cong, WANG Yong

关键词：风电机组,热电联产,电锅炉,储热,
keywords:wind turbine,cogeneration unit,electric boiler,heat storage,

发表日期：2021-03-29

2025-1-21 20:11 上传 风电最大化消纳的热电联产机组联合优化控制.pdf

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