Tennent + Brown设计的新西兰ASB体育中心

寒江吹雪

所 在 地：新西兰
ASB体育中心建在社区，它是为了促进身体健康而建造的室内体育馆。城市的议会确定需要在社区拥有一个室内的体育馆，来满足人们一定数量的体育运动，包括：无板篮球、篮球、排球、手球和荷兰式篮球等运动。体育馆的二楼还能承办高性能运动医学诊所、会议室、社会空间。
毗邻着国际机场存在着一个独特的项目。该项目的设计者是拥有着雄心勃勃的理想，在设计上能够提供一个高性能的室内运动空间，它对阳光拥有高度的渗透性。
这个海上形式的建筑位于海港边，屋顶都是被软化的。1.4公顷的天窗屋顶所提供过滤前点燃的灯，可以让人们使用非人工照明的灯。预制面板在墙面上的的交错设计，给建筑提供了连接内外的设计。在新西兰这些创新策略对于室内设计来说，是独特的。这些具有可持续性的策略在重新构思环境质量的问题上发挥了很大作用，提供天然的照明让人拥有了一个开放的感觉，也让建筑物有了广阔的结构。从积极保护海上风的角度看，自动化操作的预制墙面板之间所拥有的百叶窗，在中央屋顶可以通过体育室有效的吸引新鲜空气，使空气流通。
建筑的整个元素都是把生活成本计算在内的，太阳热能热水、轻扫光配件、低水分利用卫生设备、高隔热和公共交通计划，都是进一步实现可持续性发展的项目。
译者：筑龙网 毛毛
From the architect. The ASB Sports Centre is a community indoor sports
court facility created to promote physical wellbeing for the people of
Wellington. Wellington City Council identified a need for community indoor court
space to cater to a number of sports， netball， basketball， volleyball as well as
futsall， handball and korfball. The centre also caters for high performance
sports medicine clinics， meeting rooms， sports administration， social spaces and
gym on the upper floor.
Located adjacent to the international airport the
project enlivens the coastal arrival journey with a distinctive presence. The
Centre design is ambitious in its aspiration to provide a high performance
indoor sports space with a high degree of permeability to light， air and
connectivity to its context.
The maritime form of the roof softens the bulk
of the building and locates the building in its harbour-side context. GRP
vaulted skylights in the massive 1.4 hectare roof provide filtered top-lit light
allowing use without artificial lighting. The staggered precast panels of the
walls allow for the building to breathe and provide connection and views between
inside and out. These strategies are innovative for indoor sports courts in NZ，
which are typically black boxes relying on mechanical air extraction and
artificial lighting. These sustainability strategies re-conceive the quality of
environment for court play， offering day-lighting and a sense of openness，
whilst embracing players and visitors with an illuminated expansive structure.
Protected from aggressive maritime winds， the automated operable louvres between
the precast wall panels and in the central roof depression use the stack effect
to draw fresh air through the sports chambers.
Whole of life costings on all
major elements， solar thermal hot water， cut and fill neutral， light scavenging
light fittings， low water use sanitary fixtures， high thermal insulation and
public transport initiatives further the sustainability of the project for the
city