首页|地域与建筑类型对低环温空气源热泵减碳量定量评估的影响分析

地域与建筑类型对低环温空气源热泵减碳量定量评估的影响分析

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针对低温空气源热泵减碳量定量评估方法缺失的问题,基于DeST与GB 55015-2021的规定得出该类机组的标准化年使用条件,并采用哈尔滨实测气象数据进行了验证.依据T/CECA-G 0164-2022的规定,提出了低温空气源热泵减碳量的评估方法.通过实验室的测试数据及自行编制的计算软件对2台样机进行了减碳量评估,结果表明:在不同建筑类型应用时,低环温空气源热泵减碳量差距最大为74%;不同城市的减碳量差距最大为28%;寒假的设置对学校建筑减碳量的影响为24%.研究结果对低温空气源热泵的应用具有参考价值.
Analysis of the influence of region and building type on the quantitative evaluation of carbon reduction of low ambient temperature air source heat pump
Aiming at the lack of quantitative evaluation method for carbon reduction of low-temperature air source heat pump,the standardized annual conditions of this unit were obtained based on DeST and GB 55015-2021,and verified with measured meteorological data in Harbin.According to T/CECA-G 0164-2022,the evaluation method of carbon reduction of low temperature air source heat pump is proposed.Through the laboratory test data and self-compiled calculation software,the carbon reduction of two prototypes were evaluated.The results show that the carbon reduction gap of different building types is up to 74%,the carbon reduction gap of different cities is up to 28%,and the winter vacation has 24%impact on the carbon reduction of school buildings.The research results have reference value for the application of low-temperature air source heat pumps.

low ambient temperature heat pumpcarbon reductionmeteorological parameterstype of buildingstandardized annual conditions of use

郭扬、刘骏亚、包继虎、牛晓文、陆磊、周坤

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合肥通用机械研究院有限公司,合肥 230031

低温空气源热泵 减碳量 气象参数 建筑类型 标准化年使用条件

国家重点研发计划项目

2020YFF0218600

2024

流体机械
中国机械工程学会

流体机械

CSTPCD北大核心
影响因子:1.418
ISSN:1005-0329
年,卷(期):2024.52(2)
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