COMPARISON OF BUILDING RESILIENCE IN THE INTERNATIONAL TYPICAL GREEN BUILDING EVALUATION SYSTEM BASED ON THE CONCEPT OF ECOLOGICAL AND ENVIRONMENTAL PROTECTION

摘要

In the severe situation of global climate change, the concept of "building resilience" came into being, aiming to improve the ability of buildings to w ithstand and adapt to increasingly frequent and severe catastrophic climate events. In this article, we summarized the general principles and strategies of "building resilience", and divide the "resilience" strategy intofive categories: site, energy, water resources, structure and materials, and health. The British BREEAM, the US LEED, and the Chinese green building evaluation standards were selected, and the distribution of the content, quantity, and weight of the indicators involving "resilience" strategies in these three types of evaluation systems were compared and analyzed. The "resilience" strategy of structure and material occupies the largest proportion of content and score in the three types of evaluation systems, followed by the site category. In addition, compared to other systems, the content of "building resilience" in BREEAM has the largest proportion, and it has set a secondary index to adapt to climate change. Finally, a rationalization proposal for further improving China's existing green building evaluation system in the context of climate change is proposed.