The Optimum Levels of the Thermal Protection of Residential Buildings under Climatic Conditions of Russia

S. P. Filippov; M. D. Dilman; M. S. Ionov

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The Optimum Levels of the Thermal Protection of Residential Buildings under Climatic Conditions of Russia

机译：俄罗斯气候条件下住宅建筑热防护的最佳水平

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摘要

The present paper reports the results of determining the optimum values of the resistance of building envelopes to heat transfer for both existing and newly constructed buildings for regions of Russia with different climatic conditions. An analysis for the sensitivity of obtained optimum solutions to changes in external factors has been made. The potential of energy saving in both the existing housing stock and in newly constructed buildings due to the improvement of thermal protection performance of buildings to the optimum level has been determined.

机译：本文报道了针对不同气候条件的俄罗斯地区，确定既有建筑物和新建建筑物的建筑围护结构抗传热最佳值的结果。对获得的最佳解决方案对外部因素变化的敏感性进行了分析。已经确定了由于将建筑物的热防护性能提高到最佳水平而在既有房屋中以及在新建建筑物中的节能潜力。

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来源
《Thermal engineering》 |2013年第11期|841-851|共11页
作者
S. P. Filippov; M. D. Dilman; M. S. Ionov;
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作者单位

Institute of Energy Research, Russian Academy of Sciences, ul. Nagornaya 31, bldg. 2, Moscow, 117186 Russia;

Institute of Energy Research, Russian Academy of Sciences, ul. Nagornaya 31, bldg. 2, Moscow, 117186 Russia;

Institute of Energy Research, Russian Academy of Sciences, ul. Nagornaya 31, bldg. 2, Moscow, 117186 Russia;

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原文格式 PDF
正文语种 eng
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关键词
heat supply; space heating; resistance to heat transfer; building envelopes; thermal protection; energy saving potential;

机译：供热;空间供暖;抗热传递;建筑围护结构;热保护;节能潜力;

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1. Erratum: 'The Optimum Levels of the Thermal Protection of Residential Buildings under Climatic Conditions of Russia'[Thermal Engineering 60, 841 (2013)] [J] . S. P. Filippov, M. D. Dilman, M. S. Ionov Thermal engineering . 2014,第2期

机译：勘误表：“俄罗斯气候条件下住宅建筑物的最佳热防护等级” [热工程60，841（2013）]
2. Optimal sizing of Stirling-CCHP systems for residential buildings at diverse climatic conditions [J] . Karami Ramin, Sayyaadi Hoseyn Applied thermal engineering: Design, processes, equipment, economics . 2015,第Null期

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3. An Optimum Thermal Insulation Type and Thickness for Residential Buildings in Three Different Climatic Regions of Saudi Arabia [J] . Nedhal Al-Tamimi Civil Engineering and Architecture . 2021,第2期

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4. NATURAL VENTILATION OF RESIDENTIAL BUILDINGS IN PORTUGUESE WINTER CLIMATIC CONDITIONS [C] . Air Infiltration and Ventilation Centre conference . 2004

机译：葡萄牙冬季气候条件的住宅建筑自然通风
5. Thermal Homeostasis in Buildings (THiB): Radiant conditioning of hydronically activated buildings with large fenestration and adequate thermal mass using natural energy for thermal comfort. [D] . Ma, Peizheng. 2013

机译：建筑物中的热稳态（THiB）：采用自然能提供热舒适性的，开窗大且具有足够热量的水力活化建筑物的辐射调节。
6. Suboptimal control of lipid levels: results from the non-interventional Centralized Pan-Russian Survey of the Undertreatment of Hypercholesterolemia II (CEPHEUS II) [O] . Sergey Boytsov, Natalia Logunova, Yunona Khomitskaya, 2017

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7. An Optimum Thermal Insulation Type and Thickness for Residential Buildings in Three Different Climatic Regions of Saudi Arabia [O] . Nedhal Al-Tamimi 2021

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8. Procedure for Determining the Optimum Foundation Insulation Levels for New, Low-Rise Residential Buildings [R] . Christian, J. E. , Strzepek, W. R. 1986

机译：确定新的低层住宅建筑的最佳基础绝缘水平的程序

The Optimum Levels of the Thermal Protection of Residential Buildings under Climatic Conditions of Russia

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