建筑节能
建築節能
건축절능
CONSTRUCTION CONSERVES ENERGY
2015年
1期
80-82,97
,共4页
绿色校园%节水%中水%雨水%非传统水源%景观水体水质保障
綠色校園%節水%中水%雨水%非傳統水源%景觀水體水質保障
록색교완%절수%중수%우수%비전통수원%경관수체수질보장
green campus%water-saving%reused water%rainwater%non-conventional water resources%landscape water retention
某高职校新建校园节水和水资源综合利用设计方案采用了节水设计、中水回用、雨水收集利用、景观水质保持等措施，使新校园直接节水率达23%，中水回用率45.4%，非传统水源利用率达37.7%，满足CSUS/GBC04—2013《绿色校园评价标准》和GBT50378—2006《绿色建筑评价标准》要求。同时论证了项目增量成本的可行性。
某高職校新建校園節水和水資源綜閤利用設計方案採用瞭節水設計、中水迴用、雨水收集利用、景觀水質保持等措施，使新校園直接節水率達23%，中水迴用率45.4%，非傳統水源利用率達37.7%，滿足CSUS/GBC04—2013《綠色校園評價標準》和GBT50378—2006《綠色建築評價標準》要求。同時論證瞭項目增量成本的可行性。
모고직교신건교완절수화수자원종합이용설계방안채용료절수설계、중수회용、우수수집이용、경관수질보지등조시，사신교완직접절수솔체23%，중수회용솔45.4%，비전통수원이용솔체37.7%，만족CSUS/GBC04—2013《록색교완평개표준》화GBT50378—2006《록색건축평개표준》요구。동시론증료항목증량성본적가행성。
Through the design of water conservation and comprehensive utilization of water resources concerning a new campus of a vocational school, the direct saving rate, water reuse rate and non-conven-tional water resources utilization rate of the new campus reach 23%, 45.4% and 37.7% respectively. It’s the use of water-saving design, water reuse, rainwater harvesting, landscape water retention and other mea-sures that make the indexes above meeting“Evaluation Standard for Green Campus”(GBT50378-2006) and“Evaluation Standard for Green Building”(GBT50378-2006). Meanwhile, the paper demonstrates the feasi-bility of the projects’ incremental costs.
