摘要
为推动宁夏地区零碳建筑发展,本研究以宁夏银川市某职业技术学院教学综合楼为例,分析了宁夏地区推动零碳建筑发展的关键技术路径,并用PKPM-PHEnergy模拟软件对该案例进行了超低能耗模拟计算,验证了其可行性。本案例以被动式设计为主、主动式技术为辅,以可再生能源的利用为实现零碳建筑的关键技术路径。研究结果表明,超低能耗建筑关键技术能够大幅度降低建筑负荷和建筑能耗综合值,可为宁夏地区零碳建筑的推广提供帮助。
This study promotes the development of zero-carbon buildings in Ningxia region by analysing a teaching complex building at a vocational college in Yinchuan.The research identifies key technological pathways for zero-carbon buildings and conducts ultra-low energy consumption simulations using PKPM-PHEnergy software to verify feasibility.The design primarily employs passive strategies supplemented by active technologies,with renewable energy systems as the core solution.Simulation results demonstrate that ultra-low energy technologies significantly reduce building loads and integrated energy consumption,providing technical support for zero-carbon building promotion in Ningxia region.
作者
韩利钧
李哲
付宇
王野
杨刚
孙起
Han Lijun;Li Zhe;Fu Yu;Wang Ye;Yang Gang;Sun Qi(Ningxia Hui Autonomous Region Building Science and Industrialization Development Center,Ningxia;China Association of Building Energy Efficiency,Beijing)
出处
《暖通空调》
2025年第6期144-148,共5页
Heating Ventilating & Air Conditioning
基金
国家重点研发计划项目“零碳建筑控制指标及关键技术研究与应用”(编号:2022YFC3803300)。
关键词
零碳建筑
近零碳建筑
公共建筑
太阳能富集区
能耗模拟
超低能耗
zero-carbon building
nearly zero-carbon building
public building
solar energy enrichment zone
energy consumption simulation
ultra-low energy consumption
作者简介
韩利钧,男,1971年生,硕士研究生,正高级工程师;通信作者:李哲,E-mail:2419930632@qq.com。
