Two undergraduates at the Georgia Tech School of Architecture recently claimed top honors in a competition to aesthetically combine land art and electrical generation. James Murray and Shota Vashakmadze's design, called Scene-Sensor, would rise 90 feet over New York's Freshkills Park and annually produce an estimated 5,500 MWh. The students say two mounds in the park with a creek between them, channel strong wind flows. The 720-ft long Scene-Sensor would intersect the flow and produce a shimmering spectacle that captures its energy with a metallic mesh containing piezoelectric wires. Visitors could also generate electricity by walking on a nearby bridge, activating ground piezoelectrics.
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机译:佐治亚理工大学建筑学院的两名本科生最近在一场将陆地艺术与发电完美结合的竞赛中获得了最高荣誉。 James Murray和Shota Vashakmadze的设计名为Scene-Sensor,将在纽约的Freshkills公园上方上升90英尺,每年产生约5,500 MWh的电能。学生们说,公园里有两座小丘,它们之间有一条小河,引导着强劲的风。 720英尺长的场景传感器将与流相交,并产生闪烁的眼镜,该眼镜通过包含压电线的金属网捕获其能量。访客还可以通过在附近的桥梁上行走,激活地面压电材料来发电。
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