摘要
为提高能源利用率,加强对能源污染的管控,实现多能源智能管理,对智慧体系驱动下能源污染综合管控系统进行设计。以冷、热与电三连供为核心,构建能源系统物理模型,实现三者平衡,为能源污染管控奠定基础;确定整体架构与管理方式;按照微服务思想,从能源实时监测、综合能源优化调控、能源管理与用户服务等方面设计系统功能模块;严格遵守国家电力行业相关规定,采用分层思想,结合需求侧,搭建软件架构。实验证明,该系统可提高能源利用率,提高经济效益,且系统性能稳定。
In order to improve energy utilization and realize multi-energy intelligent management,this study designed the energy pollution comprehensive management and control system driven by intelligent system.It built a physical model of the energy system with the triple supply of cooling,heat and power as the core to realize balance between the three.The results laid the foundation for energy pollution control.It determined the overall structure and management mode.According to the idea of micro service,the system function modules were designed from the aspects of real-time monitoring,optimal regulation,energy management and user service.Based on the relevant regulations of the national power industry,the paper selected hardware equipment such as sensors,controllers and switches,and built a software architecture by adopting the layered idea and combining the demand side.Experiments showed that the system can improve energy utilization,improve economic benefits,and the system performance is stable.
作者
胡宏彬
王宇强
韩俊飞
钟鸣
张一帆
Hu Hongbin;Wang Yuqiang;Han Junfei;Zhong Ming;Zhang Yifan(Inner Mongolia Power Research Institute,Inner Mongolia Enterprise Key Laboratory of Smart Grid Simulation of Electrical Power System,Hohhot 010020,China)
出处
《环境科学与管理》
CAS
2022年第3期98-102,共5页
Environmental Science and Management
基金
2018年内蒙古自治区关键技术攻关计划《可再生能源微电网分层协调控制与电价结算机制研究》,项目编号:201802035
2019年内蒙古自治区关键技术攻关计划《基于物理信息系统的智慧能源综合管控技术研究与工程应用》,项目编号:2019GG375
2019年自治区科技重大专项《工业园区多元用户互动的配用电系统关键技术研究与示范》,项目编号:2019ZD027。
关键词
供给侧视角
智慧体系
能源污染综合管控
系统设计
硬件设备
supply side perspective
intelligence system
comprehensive energy management and control
system design
hardware equipment
