摘要
通过简述《热泵系统参与电网调峰技术规程》的编制背景、编制过程、主要内容,对规程编制过程中的要点进行了详细解读,包括提出热泵系统在参与电网调峰过程中的主要技术措施与应用场景,分析参与电网调峰的热泵系统用能负荷与日程,规范负荷削减效果、调峰响应执行效果与调峰响应对能源、经济、环境的影响等热泵系统调峰性能的量化指标与计算方法。进一步进行相关展望,阐述了建筑柔性用能系统对于电网调峰以及可再生能源消纳的重要性。期望通过该规程的制定和实施,更好地规范、引导、促进热泵等建筑柔性用能系统参与电网调峰的应用和发展,令建筑柔性用能成为未来低碳能源系统中的重要一环。
The background,process,and main content of the Technical Specification for Power Grid Peak Shaving by Heat Pump System are described briefly.A detailed interpretation of the key points of the compilation of the specification is provides,including proposing the main technical measures and application scenarios of heat pump systems in participating in grid peak shaving,analyzing the energy consumption load and schedule of heat pump systems participating in grid peak shaving,and standardizing the quantitative indicators and calculation methods for peak shaving performance of heat pump systems such as load reduction effect,peak shaving response execution effect,and influence of peak shaving response on energy,economy,and environment.The importance of building flexible energy consumption systems for grid peak shaving and renewable energy consumption is elaborated.It is hoped that the application and development of building flexible energy systems such as heat pumps in power grid peak shaving can be better regulated,guided,and promoted through the formulation and implementation of this specification,making building flexible energy an important part of future low-carbon energy systems.
作者
孙宗宇
孔维政
李骥
张广秋
路菲
李锦堂
朱超
代红才
SUN Zongyu;KONG Weizheng;LI Ji;ZHANG Guangqiu;LU Fei;LI Jintang;ZHU Chao;DAI Hongcai(China Academy of Building Research,Beijing 100013,China;State Grid Energy Research Institute Co.,Ltd.,Beijing 102209,China;State Grid Shaanxi Electric Power Research Institute,Xi’an 710100,China)
出处
《建筑节能（中英文）》
CAS
2024年第7期115-120,共6页
Building Energy Efficiency
基金
国家电网有限公司总部科技项目:“面向中深层地热的热泵清洁供能能效提升技术研究及应用”(5400-202132162A-0-0-00)。
关键词
热泵
电网调峰
蓄能
需求响应
分时电价
建筑柔性用能
heat pump
peak shaving of power grid
energy storage
demand response
time-of-use electricity price
flexible energy consumption for building
