*지속가능한 파사드 시스템 [ DIALOG as Architects ] Science on Display

건축가팀 DIALOG가 추구하는 건축목표는 

주변환경, 랜드스케이프와 통섭되는 지속가능한 건축 공간 속에

교수, 학생들간의 다양한 커뮤니티를 보장하는 배움의 장을

생성하는데 있다.

이러한 건축의 시작에는 에너지흐름을 효과적으로 관리, 운영하는

건축시스템, 액티브 디자인과 주변환경과 건축과의 관계를

정립하는 패시브 디자인으로 부터 시작한다.

특히 내외부의 2,600스퀘어미터, 5층 크기의 건축물을 감싸는

외피, 글래스 커튼월은 이러한 테마를 능동적으로 구현하는 디자인 요소

"사이언스 온 디스플레이"로 효과적인 채광과 환기를 만든다.

이를 통해 내부의 모든 실은 자연, 외부환경과 밀착되며 설비에 의한 공조, 냉난방을

보조수단으로 활용하며 효과적인 에너지 세이빙 건축물을 구현한다.

리드 플래티넘 빌딩은 아무렇게나 받는 것이 아니다.

reviewed by SJ

The University of Calgary Energy Environment Experiential Learning (EEEL) building is designed to be student-centric and provides hands-on and experiential learning opportunities for students. The 26,200 square metres, five storey facility provides instructional space for expanded programs in energy and environment, new laboratories for engineering, biology and chemistry, as well as space for faculty and staff. EEEL is a certified LEED® Platinum building.

EEEL’s theme of “science on display” means teaching spaces are available for view through generous internal and external glazing. The building’s structural, mechanical and electrical systems are all exposed for teaching and demonstration opportunities.

A fundamental goal of the design team, led by DIALOG with Perkins + Will Canada, was to provide a highly sustainable building and landscape, a landmark which brings a sense of pride to students, faculty and the community at large. The design team’s overarching effort was to minimize EEEL’s use of energy, water and material resources wherever feasible and maximize indoor environmental quality.

A key component of the design was the access to and harvesting of daylight. In order to achieve this goal, a combination of large perimeter openings, a central clerestory and light well through the centre of the building, and glazed corridors to the teaching spaces were incorporated into the design.

An integral component of EEEL’s daylighting strategy in the central core is the “belly” form below the glazed clerestory. The belly is a large light scoop at the top of the clerestory. The curved shape drives light deep into the heart of the building, allowing the labs and classrooms to have access to natural light from both the interior and exterior.

EEEL also uses innovative European based low energy approaches to condition spaces, featuring exhaust air heat/cool recovery, displacement ventilation and radiant heating/cooling to distribute fresh air and enhanced indoor air quality and occupant comfort.

In addition, EEEL’s water use strategy not only allows it to reduce its overall consumption of water resources, but most especially, minimizes the use of potable water resources. Through rerouting roof drainage and waste water in the building, EEEL is able to reduce its potable water consumption by 64% when compared to a conventional building.

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from  archello