摘要
地源热泵系统用于住宅供暖,具备清洁高效特性。研究从系统结构与工作原理出发,分析住宅环境能耗现状、地质差异及运行能效瓶颈,通过调控换热效率、匹配流体参数、优化运行策略实现节能。针对单户与集中式住宅场景提出设计优化路径,并借助智能控制集成、数据反馈机制与综合管理方案,提升系统热效率与稳定性,为绿色低碳建筑发展提供技术支撑。
Ground source heat pump systems are used for residential heating and have clean and efficient characteristics.Starting from the system structure and working principle,this study analyzes the current energy consumption status,geological differences,and operational energy efficiency bottlenecks of residential environments.Energy conservation is achieved by regulating heat transfer efficiency,matching fluid parameters,and optimizing operational strategies.Propose design optimization paths for single household and centralized residential scenarios,and use intelligent control integration,data feedback mechanisms,and comprehensive management solutions to improve system thermal efficiency and stability,providing technical support for the development of green and low-carbon buildings.
作者
陈勇军
CHEN Yongjun(Zhejiang Loopmaster Energy Technology Co.,Ltd.,Hangzhou,Zhejiang,310052,China)
出处
《工程建设(维泽科技)》
2025年第5期191-193,共3页
Engineering Construction
关键词
地源热泵
节能优化
住宅供暖
热效率
系统调控
ground source heat pump
energy-saving optimization
residential heating
thermal efficiency
systemic regulation
