摘要
为降低火电机组深度调峰全过程中的能效损失,避免能源大量浪费,剖析火电机组深度调峰全过程的能效损失机理,探索节能补偿技术。基于火电机组深度调峰的原理与方式,分析其全过程能效损失,计算调峰附加能耗,并结合分析结果,引入调峰深度概念,构建阶梯式调峰深度补偿模型,实现火电机组深度调峰全过程的能效损失补偿。结果表明,有偿补偿机制可以明显激发传统火电机组参与深度调峰的积极性,有效降低深度调峰全过程的能耗损失。
To reduce the energy efficiency loss throughout the deep peak shaving process of thermal power units,and avoid excessive energy waste,this paper analyzes the energy efficiency loss mechanism throughout the deep peak shaving process of thermal power units and explores energy-saving compensation technologies.Based on the principle and method of deep peak shaving of thermal power units,the energy efficiency loss throughout the process is analyzed,the additional energy consumption of peak shaving is calculated,and the concept of peak shaving depth is introduced in combination with the analysis results to construct a stepped peak shaving depth compensation model,so as to realize the energy efficiency loss compensation throughout the deep peak shaving process of thermal power units.The results show that the paid compensation mechanism can significantly stimulate the enthusiasm of traditional thermal power units to participate in deep peak shaving and effectively reduce the energy consumption loss throughout the entire process of deep peak shaving.
出处
《节能》
2025年第9期32-35,共4页
Energy Conservation
关键词
火电机组
深度调峰
能效损失机理
节能补偿技术
thermal power units
deep peak shaving
energy efficiency loss mechanism
energy-saving compensation technology
