City of Hindmarsh Shire Council’s new Civic Centre k20 Architecture
2015-04-17 21:00
© k20 Architecture
(C)k20架构
架构师提供的文本描述。来自建筑师:这个技术先进,可持续发展的新公民和行政中心是位于农村环境的恩希尔,维多利亚。这座建筑的灵感来源于该镇作为小麦生产中心的地位,那里有钢铁储存筒仓和遍布景观的农舍。
Text description provided by the architects. From Architect: This technologically advanced, sustainably-focused new Civic and Administration Centre is located in the rural setting of Nhill, Victoria. The building was inspired by the town’s identity as a hub of wheat production with steel storage silos and agricultural sheds dotting the landscape.
© k20 Architecture
(C)k20架构
该分局重新使用了现有的1960年的建筑,并将其封装在新的当代建筑形式中。新中心的形式和由木材、钢和玻璃组成的受限材料调色板微妙地提到了当地的农业环境;利用了筒仓固有的折叠式金属的工艺,在建筑外部形成了本地来源的钢和锌饰面。
The precinct re-uses the existing 1960’s building and encapsulates it within its new contemporary built form. The new centre’s form and restrained material palette of timber, steel and glass gives subtle references to the local agricultural context; utilising the craftsmanship of the folded metal inherent in the silos in the form of locally sourced steel and zinc finishes along the building’s exterior.
Ground Floor Plan
设计意图:该项目是发展印度马什郡理事会的新公司办公室和公民中心,容纳70名工作人员的扩展能力可达100。该建筑提供了一个水平的环境舒适和装修,使员工能够在一种职业精神的氛围中工作,比在首都发现的更多。北印度马什文娱中心还包括社区使用设施、多功能空间、议会会议厅、越南人道路服务以及会议室和访谈室。
Design Intent: The project is the development of Hindmarsh Shire Council’s new corporate offices and Civic Centre, accommodating 70 staff with expansion capability for up to 100. The building provides a level of environmental comfort and finish which enables employees to work in a climate of professionalism more than equal to that found in a capital city. Hindmarsh Civic Centre also incorporates community-use facilities, multi-functional spaces, council chambers, Vic Roads services and meeting and interview rooms.
© k20 Architecture
(C)k20架构
ESD倡议:以ESD原则为建筑设计意图的核心,K20建筑利用了许多创新成果,不仅将建筑内的实际能源和能源负荷降到最低,而且还减少了项目寿命的碳排放量,并为其居民提供了更好的内部环境。
ESD Initiatives: With ESD principles at the core of the building’s design intent, k20 Architecture utilised a number of innovations to deliver an outcome that would not only minimise embodied energy and energy loadings within the building, but also reduce carbon output for the life of the project and provide an enhanced internal environment for its inhabitants.
First Floor Plan
一层平面图
该系统成功的核心是一种定制的玻璃结构和K20建筑的通风创新,它将传统的地板下送风(UFAD)系统与定制的地下热室和地下管道换热系统结合起来。
Central to the system success is a custom-built glulam structure and a ventilation innovation by k20 Architecture that combines a traditional Under Floor Air Distribution (UFAD) system with a bespoke underground thermal chamber and earth pipe heat exchange system.
© k20 Architecture
(C)k20架构
这个过程开始于室外,新鲜空气被吸入一系列地下热聚氯乙烯管道。这种空气然后通过管道,接受自然热处理,加热或冷却空气从地面,然后进入建筑物的UFAD进行进一步的处理。一旦空气到达UFAD,它就会通过各种绝缘排量板进行传播,然后在地板水平上通过可调节的地面格栅进行分配。
The process begins outside where fresh air is drawn into a series of underground thermal PVC pipes. This air then travels through the pipes and receives natural thermal treatment, heating or cooling the air from the earth before entering the building’s UFAD for further treatment. Once the air reaches the UFAD it then travels through various insulated displacement plenums and is then distributed, at floor level, through occupant-adjustable floor grilles.
© k20 Architecture
(C)k20架构
北印度马什理事会公司办公室使用的空气排量系统只是K20建筑公司采用的许多可持续性措施之一,使用绿星评级系统为设计提供信息。该大厦还包括整个LED照明系统;72个太阳能电池板;回收现有建筑材料的80%以上;可持续来源的层积材梁的初级结构;分区机械系统;被动式太阳能设计、横流通风原理和分区运动探测照明。
The air displacement system used for the Hindmarsh Council’s corporate offices is just one of the many sustainability measures adopted by K20 Architecture, using the Green Star rating system to inform the design. The building also incorporates LED lighting systems throughout; 72 solar panels; recycling of over 80 per cent of the existing building’s materials; a primary structure of sustainably sourced laminated timber beams; zoned mechanical system; passive solar design, cross-flow ventilation principles and zoned motion-detection lighting.
© k20 Architecture
(C)k20架构
Architects k20 Architecture
Location Nhill VIC 3418, Australia
Category Municipal Building
Area 1295.0 sqm
Project Year 2014
Photographs Peter Bennetts
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