BPS, energy efficiency and renewable energy sources for buildings greening and zero energy cities planning: Harmony and ethics of sustainability
- 作者：Marija S. Todorović ; a ; b ; vea@eunet.rs ; deres@agrif.bg.ac.rs ; deresmt@eunet.rs
- 关键词：Sustainability ; Energy efficiency ; BPS and CFD ; RES technologies ; Geothermal co- and tri-generation
- 刊名：Energy and Buildings
- 出版年：2012
- 期刊代码：12_03787788
- 类别：pw
- 出版时间：May, 2012
- 卷：48
- 期：Complete
- 页码：180-189
- 文件大小：1226 K
摘要
This paper reviews crucial role of building performance simulation (BPS) - dynamic analysis of the inextricable linkage of building's energy demand for HVAC and other building's technical systems sustainable energy supply and renewable energy sources (RES) availability to reach building's zero energy status. Reviewed are BPS advances in buildings energy efficiency optimization, solar, geothermal and other renewable energy sources integrated implementation, as well as hybridization and mixed distributed energy generation, co- and tri-generation for building's greening and sustainable neighborhoods, settlements, as well as 鈥渉igh performance鈥?Zero Energy Cities Planning. As an introduction, outlined is the intrinsic harmony of the traditional village houses balanced use of renewable materials and energy sources and presented are feasibility study results on the sustainable Zero Energy ECO Settlement at the Mediterranean Sea proceeded by the description of the site's sustainability's constrains assessment. Architectural design and building's dynamic behavior and energy efficiency optimization resulting in minimization of thermal and lighting loads, precede to the multidisciplinary engineering investigation and preliminary design of sustainable Zero Energy Buildings confirming feasibility of settlement's sustainable energy and water supply by the reliable implementation of solar PV and wind technologies, including PV powered sea water desalination. Further, interwoven with presentation of a few case studies, paper outlines advances in BPS and Co-simulation. Reviewed are optimization of mixed, natural and mechanical ventilation via CFD integrated with architectural modeling; BPS and Co-simulation approach to the 鈥渢otal building performance optimization鈥?encompassing multifunctional facades, day-lighting, IE&AQ and HVAC systems operation offering an enormous potential for energy saving by residential/municipal RES integrated renovation. Stressed has been that it is impossible to reach sustainability without harmonious interdisciplinary interacting, without balance between materiality and spirituality, science and art, technology development and cultural and other human values improvement, without ethics of sustainability.