“SKYHIVE”绿色摩天大楼挑战赛！
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Bee Breeders已宣布了SKYHIVE摩天大楼竞赛的获奖者。竞赛的目的是让世界各地的建筑师，设计系学生，工程师和艺术家“为世界各地城市的标志性高层建筑创造设计理念”。
Bee Breeders have announced the winners of the SKYHIVE Skyscraper Challenge. The purpose of the competition was to allow architects, design students, engineers, and artists from all over the world to "generate design ideas for iconic high rise buildings in cities around the globe."
一等奖
空中蜂巢：Suraksha Acharya，Midori建筑事务所
Suraksha Acharya是Midori建筑师事务所的首席建筑师，这是一家专门从事可持续设计的印度建筑公司.他们获奖的设计，位于香港，整个建筑采用“垂直隔板形式的绿色中庭”来清洁整个建筑的空气。
First Prize
Aero Hive: Suraksha Acharya, Midori Architects
Suraksha Acharya is the Principal Architect at Midori Architects, an architecture firm in India specializing in sustainable design. Their winning design, located in Hong Kong, utilizes "vertical diaphragms in the form of green atriums" throughout the structure that clean the air throughout the building.
该项目旨在挑战人们普遍认为，现代高层建筑由于其高度而无法自然通风的问题，并提供了典型的封闭玻璃集装箱，从而成为可持续发展的典范。
Aero Hive aims to challenge the common belief that contemporary tall buildings cannot be ventilated naturally due to their height and offers pause from the typically hermetically sealed glass boxes, serving as a model of sustainability.
▼平面图
▼轴测图
二等奖
辐射4摩天大楼：Alex Sullivan-Brown，Sindre Johnsen
来自新西兰的Alex Sullivan-Brown和Sindre Johnsen设计了一座使用后世界末日场景来确定其独特功能和程序的塔楼：一个“自给自足的救灾中心，专注于为周围的城市环境提供援助”。 评审团也把这个设计称为“垂直的诺亚方舟”。
Second Prize
Fallout: Alex Sullivan-Brown, Sindre Johnsen
Alex Sullivan-Brown and Sindre Johnsen from New Zealand designed a tower that uses a post-apocalyptic scenario to determine its unique function and programming: a "self-sufficient disaster relief center which focuses on supplying aid to the surrounding urban environment." The jury also dubbed this design a "vertical Noah's Ark."
未来的2061年，新西兰遭受了严重的自然灾害，从未完全重建，导致核爆发。烟尘遮住了太阳，使世界处于黑暗的北极气候，放射性尘埃污染空气，植物和动物稀少，没有电力功能。
The year is 2061. Christchurch has suffered from a high level of devastating natural disasters and was never able to rebuild fully, resulting in a post nuclear apocalypse. Soot blocks the sun, leaving the world in a dark arctic climate where radioactive dust polutes the air, plants and animals are scarce and there's no functioning grid of electricity.
▼示意图
三等奖
Pillar摩天大楼：Jon Carag，Klein＆Hoffman
位于芝加哥尖顶的着名景点，这种设计采用了一个简单的圆柱形塔结构，包裹在环绕着典型办公室的周边绿地上。新广场还将北边河道延伸至芝加哥河，横跨奥格登滑运河桥，并向海军码头提供了一条清晰的道路。
Third Prize
Chicago Pillar: Jon Carag, Klein & Hoffman
Located on the famous site of the Chicago Spire, this design utilizes a simple cylindrical tower structure that is wrapped in a ribbon of perimeter green spaces that transform the typical office. The new plaza also creates an extension of the northside Riverwalk to the Chicago River, and a new bridge across the Ogden Slip canal presents a clear path to the Navy Pier.
该建筑物通过覆盖双层表皮的圆柱形风力涡轮机收获风力，并通过每层楼收集槽收集雨水。收集的雨水立即把每层楼的办公室花园都冲洗干净。 “Living立面”最大限度地利用了塔楼的外观面积，也融合了可持续发展。
The building harvests wind power through cylindrical wind turbines covering the double skin facade and harvests rainwater through collection troughs at each floor line. The collected rainwater immediately waters the office garden at each floor. The "Living Facade" maximizes use of a tower's extensive facade surface area, but blends these sustainable services into a new facade aesthetic.
▼场地平面图
▼剖面图
学生奖
The Wall：Elizabeth Compeán Michel, Gabriel Alejandro Madrigal Betancourt, Juan Jesús García Castro, Rodrigo Zertuche Rodríguez, Universidad Autonoma de San Luis Potosi
来自墨西哥圣路易斯波托西自治大学的四名学生共同设计的。该项目为华尔街解决了移民问题，但是“不要分裂，而是统一人民”。这座建筑本身就具备了一个城市的运营和生存所必需的素质。
该项目是为可能性和机遇创造了枢纽。
Student Award
The Wall: Elizabeth Compeán Michel, Gabriel Alejandro Madrigal Betancourt, Juan Jesús García Castro, Rodrigo Zertuche Rodríguez, Universidad Autonoma de San Luis Potosi
Four students from the Universidad Autonoma de San Luis Potosi in Mexico worked together to design The Wall along the Mexican-US border. The Wall addresses the problem of immigration, but "instead of dividing, it unites people." The building itself has all of the necessary qualities for the operation and survival of a city, all-encompassing a "virtual 40.5 kilometers."
The Wall is an intermediate point where possibilites and opportunities are endless.
▼平面图
绿色奖
Evoluzione：Alessandro Buffi，Gian Maria Angelini
来自意大利的两位青年建筑师Alessandro Buffi和Gian Maria Angelini的提案没有采用“以多样性为特征的建筑模型”，而是以适应性为重点。这个建筑是一个看起来可以放在任何城市的模型，因为设计的背景是“地球”。
其结果是，摩天大楼能够满足不断变化的工作环境所需的灵活性，舒适性和可持续性要求。
Green Award
Evoluzione: Alessandro Buffi, Gian Maria Angelini
Alessandro Buffi and Gian Maria Angelini, two young architects from Italy, propose instead of a from, "an architectural model characterized by variety and thus by adaptive behavior." The building is a model that can seemingly be placed in any city because the context for the design is "planet earth."
The result is a skyscraper capable of meeting the requirements of flexibility, comfort and sustainability related to a working environment in continuous evolution.
▼平面图
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