校园节能,斯坦福大学再次成为先驱领航人

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所在国家:
美国 
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【介绍】


校园节能,斯坦福大学再次成为先驱领航人


斯坦福大学全校性的能源转换系统已经于日前完工——电网供电、首创的热能回收系统替代了纯化石燃料的发电厂。此创举充分展示了斯坦福在能源效率和减碳方面的先驱地位,成果喜人:温室气体排放量减少68%,化石燃料用量减少65%。中央能源机构占地125600平方英尺(约合11668平方米),由ZGF设计事务所一手打造,并成为其创新体系的重要组成部分,为之后校园节能型建设提供了模范标本。


斯坦福大学能源创新体系(SESI)现已在全校范围内安装,逐步替代了原有的纯化石燃料电力结构,创新的热回收回路,可以收集冷却系统废水热量的三分之二,并将其用于供热系统。已投入使用的太阳能发电厂通过150,000个高效光伏板,可生产68兆瓦的干净可再生能源。综合的斯坦福能源革新系统(SESI)方案每年将为学校减少150000吨二氧化碳的排放,相当于每年减少了32000辆汽车。


中央能源机构位于中心校园的西侧,校园核心区的外围,并贯彻轻盈、透明、可持续的设计理念。建筑的整体设计风格融合了校园特色,从校园里建造历史中得到启发。建筑的大小,金属网片的精巧包装恰好有效减少了能源设备影响。斯坦福建筑中经典的石灰石在这里表现为整体现浇的混凝土,风化的考顿钢色调象征着陶砖瓦的屋顶。大面积的玻璃窗、黑色钢柱和抛光铝板,体现着现代乡土的风格。


【原文】


New Stanford University energy system cuts greenhouse gas emissions by 68%


Stanford University has recently completed a campus-wide sustainable energy system that cuts greenhouse emissions by 68 percent and fossil fuel use by 65 percent. The new 125,600-square-foot Central Energy Facility designed by ZGF Architects operates as part of this innovative system and establishes visual references to the architectural history of the campus.


The innovative energy system-Stanford Energy System Innovation (SESI)- stretches across the entire campus and replaces the previous, 100 percent fossil-fuel-based electricity infrastructure with grid-sourced electricity and a unique heat recovery system. SESI includes an offsite solar farm that comprises 150,000 high-efficiency photovoltaic panels. The new Stanford Solar Generation Station developed in collaboration with SunPower will operate with the new system and eliminate 150,000 tons of carbon dioxide emissions annually. This corresponds to taking 32,000 cars off the road each year.


The new, ZGF-designed facility sits just outside of the campus core and combines sustainability with lightness and transparency. The building integrates the surrounding campus and is architecturally articulated to reference its history. The arrangement of the volumes minimize the facility’s impact, with additional visual shielding provided by metal screens. Weathered CorTen steel accents create a visual connection to the terra-cotta tile roofs, while board-formed concrete references Stanford’s classical limestone buildings.
 

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