Increased house size can cancel out the effect of improved insulation on overall heating energy requirements

Viggers Helen; Keall Michael; Wickens Kristin; Howden-Chapman Philippa

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Increased house size can cancel out the effect of improved insulation on overall heating energy requirements

机译：房屋面积的增加可以抵消隔热效果改善对整体加热能量需求的影响

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Stand-alone single-family dwellings are the dominant housing type in several countries. The floor-area of the average stand-alone dwelling has been increasing faster than the floor-area of the average apartment/flat/row-house in England, Australia, Canada, the USA and New Zealand. Standalone dwellings have a greater external heat transfer area than multiple family dwellings, for the same floor-area. Larger dwellings require more energy to heat than smaller dwellings insulated to the same level. Although insulation requirements have been increasing, the heating required to maintain newer larger stand-alone dwellings to a constant temperature can be similar to that required to heat older smaller stand-alone dwellings. Building regulations should be future proofed by considering trends in dwelling size.

机译：独立的单户住宅是一些国家的主要住房类型。在英格兰，澳大利亚，加拿大，美国和新西兰，独立房屋的平均建筑面积的增长速度快于普通公寓/公寓/排屋的建筑面积。对于相同的地板区域，独立式住宅的外部传热面积大于多个家庭式住宅。与绝缘至相同水平的小型住宅相比，大型住宅需要更多的能量来加热。尽管隔热要求不断提高，但将较新的较大的独立式住宅保持在恒定温度所需的加热可能类似于将较旧的较小的独立式住宅加热所需的加热。建筑法规应通过考虑住宅规模趋势来证明未来。

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来源
《Energy Policy》 |2017年第8期|248-257|共10页
作者
Viggers Helen; Keall Michael; Wickens Kristin; Howden-Chapman Philippa;
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作者单位

Univ Otago, Dept Publ Hlth, He Kainga Oranga, 23a Mein St,POB 7343, Wellington 6242, New Zealand;

Univ Otago, Dept Publ Hlth, He Kainga Oranga, 23a Mein St,POB 7343, Wellington 6242, New Zealand;

Univ Otago, Dept Med, Wellington Asthma Res Grp, 23a Mein St,POB 7343, Wellington 6242, New Zealand;

Univ Otago, Dept Publ Hlth, He Kainga Oranga, 23a Mein St,POB 7343, Wellington 6242, New Zealand;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
中图分类
关键词
Heating; Unintended consequences; Insulation; Dwelling size; Policy implications;

机译：暖气;意想不到的后果;保温;房屋面积;政策影响;

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2. The impact of increasing the building envelope insulation upon the risk of overheating in summer and an increased energy consumption [J] . Karin Maria Soares Chvatal, Helena Corvacho Journal of building performance simulation . 2009,第4期

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4. Influence of Exact Values of Increase of Thermal Transmittance Because of Thermal Bridges on Energy Need for Heating of Panel Residential Houses in Original State and after Renewal [C] . Rastislav Mendan International Conference on Advanced Building Construction and Materials . 2014

机译：热透射率增加的影响因子是对能源的热桥来加热原始状态和更新后的面板住宅房屋
5. Determination of milling time and energy requirements to produce fine sized titanium silicide particles using an attritor. [D] . Gummadi, Sireesha. 2005

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6. Impact of improved insulation and heating on mortality risk of older cohort members with prior cardiovascular or respiratory hospitalisations [O] . Nicholas Preval, Michael Keall, Lucy Telfar-Barnard, 2017

机译：改善隔热和加热对先前有心血管或呼吸道住院的老年队列成员死亡风险的影响
7. NUMRICAL ANALYSIS OF PANEL HEATING SYSTEMS WITH FLOOR HEAT STORAGE : Relationships between Thermal Capacity of the Floor, Insulation of the Building Envelopes, THermal Confort and Heating Energy Requirements [O] . Katsuhiko HIRATA, Masanori SHUKUYA 1991

机译：用地板蓄热器面板加热系统的数值分析：地板热容量之间的关系，建筑包络绝缘，热处理和加热能量要求
8. Heating Energy Measurements of Single-Family Houses with Attics Containing Radiant Barriers in Combustion with R-11 and R-30 Ceiling Insulation. [R] . Levins, W. P., Karnitz, M. A. 1988

机译：R-11和R-30天花板保温燃烧辐射屏障的单户住宅的热能测量。

Increased house size can cancel out the effect of improved insulation on overall heating energy requirements

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