摘要
随着“双碳”目标的提出,基于削峰填谷的智能电采暖系统优化在我国显得愈发重要。文章对供热系统、市场需求及潜力,以及供暖方式的生态影响进行了系统分析。当前研究主要聚焦于3个方面:供给侧厂用电负荷参与源网荷储,从而提高电网调峰灵活性;用户侧利用蓄热式采暖器以有效平衡峰谷用电;实施分时电价策略,通过经济手段激励用户调整用电行为。其中,用户侧的智能电采暖控制策略在未来具有较大的应用前景。
With the proposal of the“dual carbon”target,the optimization of intelligent electric heating systems based on peak shaving and valley filling has become increasingly important in China.This article provides a systematic analysis of the heating system,market demand and potential,as well as the ecological impact of heating methods.The current research mainly focuses on three aspects:the participation of supply side plant electricity load in source grid load storage,thereby improving the flexibility of power grid peak regulation.On the user side,thermal storage heaters are used to effectively balance peak and valley electricity consumption.Implement a time of use electricity pricing strategy to incentivize users to adjust their electricity consumption behavior through economic means.Among them,the intelligent electric heating control strategy on the user side has great application prospects in the future.
作者
丁晨希
郭一栾
DING Chenxi;GUO Yiluan(School of Social Audit,Nanjing Audit University,Nanjing 211815,China;School of Internal Audit,Nanjing Audit University,Nanjing 211815,China)
基金
国家级大学生创新创业计划项目:智能电采暖系统优化策略研究——削峰填谷背景下的OSDLYS框架设计。
关键词
电采暖
削峰填谷
蓄热式采暖器
分时电价
electric heating
peak shaving and valley filling
thermal storage heating system
time of use electricity price
