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Zero-Energy-Buildings in Different Climates: Design Strategies, Simulation and Prognosis METHOD for Energy Demand
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作者 Udo Dietrich Franz Kiehl Liana Stoica 《Journal of Energy and Power Engineering》 2014年第7期1192-1202,共11页
The European Directive 2010/31 claims that by 2020 only (nearly-) ZEB (zero-energy-buildings) may be built. To reach this goal, it is pertinent for buildings to be energetically optimized first. The remaining ener... The European Directive 2010/31 claims that by 2020 only (nearly-) ZEB (zero-energy-buildings) may be built. To reach this goal, it is pertinent for buildings to be energetically optimized first. The remaining energy demand must then be covered by on-site renewable energies (PV, geothermal, etc.). With the area of use (energy demand) and the size of the building envelope/estate (renewable energy supply) in competition with each other, the maximum number of building stories will be most likely limited. For 15 different climatic locations worldwide, the energy demand of optimised office rooms has been simulated and compared with the possible renewable energy production on site. For every location, a good correlation has been found between the simulated energy demand and data like heating and cooling degree hours. Correspondent linear equations are given here. As another result, the maximum numbers of possible stories for ZEBS have been derived, being between 3 and 10 depending on the location. 展开更多
关键词 Zero-energy-building adaptive comfort model thermal building simulation different climates office building building design rules.
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