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Feasibility study for renewable and low-energy applications in urban building sector

机译：城市建筑业可再生和低能源应用的可行性研究

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Global warming and fossil energy sources depletion represent an emergency at Planet scale. As a consequence of the new regulations leading to lower energy demand in buildings for heating and cooling, new technologies such as ground source heat pump, are becoming more and more popular in many parts of Europe, sometimes coupled with PV systems. Some solar thermal applications for heating ("combi-systems") and cooling (solar assisted desiccant cooling systems) have also been developed in Europe and the interest in this area is growing. The question is: are these, and other not mentioned renewable based technologies, suitable to other geographical contexts, in particular in the Developing Countries? In this study an attempt has been made to give an answer to this question, by proposing a methodology and by assessing the issues that should be considered in a comprehensive feasibility study aiming to promote an effective low energy and renewable based approach in built environment. The approach is presented for Shanghai as a case study; however, the methodology can be applied, in general, for other kind of climates and regions.
机译：全球变暖和化石能源耗尽代表了行星规模的紧急情况。由于新规定导致加热和冷却建筑物中的能源需求较低，地源热泵等新技术在欧洲许​​多地区变得越来越受欢迎，有时与光伏系统相结合。一些用于加热的太阳能热应用（“组合系统”）和冷却（太阳能辅助干燥剂冷却系统）也在欧洲开发，这一领域的兴趣正在增长。问题是：是这些等，还没有提到可再生的基于可再生技术，适合其他地理背景，特别是在发展中国家吗？在这项研究中，通过提出方法，并通过评估旨在促进建造环境中有效的低能量和可再生能力的方法，旨在通过评估应当考虑的问题，向该问题提供答案。该方法是在上海提供的案例研究;然而，可以一般地应用该方法，用于其他类型的气候和区域。

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