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新丰江水电站通风空调系统节能改造方案探讨OA

Discussion on Energy-Saving Renovation Schemes for Xinfengjiang Hydropower Station Ventilation and Air-Conditioning Systems

中文摘要英文摘要

我国目前存在大量旧水电站,使用时间较长,通风空调设备老化且原设计足以满足实际使用需求,需进行相应的改造以保证发电设备的安全运行及满足室内人员使用需求.本研究选取新丰江水电站的通风空调系统作为案例分析对象,针对该水电站在运行过程中所遭遇的问题,综合考虑水电站的固有特性(建筑特性、自然冷源等),制定了针对性的改造方案与推广路径.该方案路径对于高大空间厂房类建筑的空调系统设计具有显著的参考意义.

Currently,numerous hydropower stations in China have been in long-term operation,where the ventilation and air-conditioning equipment has become obsolete and the original system designs are inadequate to meet present operational requirements.To ensure both the reliable operation of power generation equipment and the comfort of personnel,system retrofitting is imperative.This study employs the ventilation and air-conditioning system of a representative hydropower station as a case study.By examining the operational issues encountered and taking into account the inherent characteristics of hydropower stations—including architectural features and the utilization of natural cooling sources—targeted retrofit solutions are proposed.The findings of this study offer valuable insights and practical reference for the design of air-conditioning systems in large-span industrial plant buildings.

刘坡军;陈美;张腾鹏;冯永修;陈衷华;王云鹤

广东省建筑设计研究院集团股份有限公司,广州,510010广东粤电新丰江发电有限责任公司,河源,517021广州大学,广州,510006广东粤电新丰江发电有限责任公司,河源,517021广东省建筑设计研究院集团股份有限公司,广州,510010广州大学,广州,510006

建筑与水利

改造方法水电站通风空调系统坝腔冷风水库低温深层水

Transformation MethodHydropower StationHVACCold Air in Dam CavityLow-Temperature Deep Water in Reservoir

《制冷》 2026 (2)

21-27,7

10.3969/J.ISSN.1005-9180.2026.02.0005

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