柏林勃兰登堡地区碳中和转型下的能源基础设施地景演变与冲突  

EVOLVING AND CONFLICTING ENERGY INFRASTRUCTURE LANDSCAPES UNDER THE CARBON NEUTRAL TRANSITION IN THE BERLIN-BRANDENBURG REGION

作　　者：吴逸隆 刘雨秋 Wu Yilong;Liu Yuqiu

机构地区：[1]同济大学

出　　处：《艺术与设计（城市空间设计）》2022年第4期20-24,共5页Art and Design（urban flux）

摘　　要：柏林勃兰登堡地区传统能源的高使用面临转型。本文关注该地区过去及未来能源发展中基础设施与土地空间的矛盾。在过去,传统能源依托巨型基础设施重塑了土地。在未来,可再生能源生产对用地需求的增加则会引发新的土地冲突。通过三个案例,本文提出能源系统效率、空间功能复合性、在地可接受度将是未来碳中和能源转型的关键。The Berlin-Brandenburg region faces a transformation of the high use of traditional energy sources.This paper focuses on the contradiction between infrastructure and land space during energy development of the region.In the past,traditional energy sources have reshaped the land on the basis of mega-infrastructures.In the future,the increased demand for land for renewable energy production will lead to new land conflicts.Through three case studies,this paper suggests that energy system efficiency,spatial functional compounding,and local acceptability will be the keys to a carbon-neutral energytransition in the future.

关 键 词：碳中和 能源基础设施 土地冲突 社会可接受度 

分 类 号：X322[环境科学与工程—环境工程]