摘要
研究人员对现有类似学校进行了实地调研,叙述了技术研究的必要性、预期主要成果与科研管理工作等内容。重点研究与示范梯级贮热装置耦合可再生能源技术,可有效提高系统综合制热性能系数COP,减少制热设备数量,节省维护管理成本。
The research team conducted a field investigation on the existing similar schools,and described the necessity of project approval,the expected main results and scientific research management work.The research focuses on the coupling of renewable energy technology with the demonstration of cascade heat storage device,which can effectively improve the comprehensive heating performance coefficient(COP)of the system,reduce the number of heating equipment,and save the maintenance and management cost.
作者
赵琦
罗慧英
区焱彬
吴玮琳
吕智艳
王耀堂
Zhao Qi;Luo Huiying;Ou Yanbin;Wu Weilin;Lv Zhiyan;Wang Yaotang(Guangzhou Key Public Construction Project Management Center,Guangzhou,510640;China Architectural Design and Research Institute Co.,Ltd.,Beijing,100044)
出处
《建设科技》
2023年第19期54-58,共5页
Construction Science and Technology
基金
广州职业技术院校迁建项目一期热水系统与可再生能源利用评价与分析研究(EDUZ22-007-106)。
关键词
立项与管理
工程示范
组织模式
系统热性能系数COP
project approval and management
demonstration project
organization mode
thermal performance coefficient(COP)of the system
