架构师提供的文本描述。位于墨尔本北郊的Craigieburn列车维修设施是澳大利亚同类设施中规模最大的，一次可容纳25列车。

Text description provided by the architects. Located on the northern outskirts of Melbourne, the Craigieburn Train Maintenance Facility is the largest of its kind in Australia housing up to 25 trains at a time.

 © Dianna Snape 

戴安娜·斯内普

该项目由HBO EMTB设计，包括轨道工程、信号、架空线路设计、维修道路、转向架坑、火车车顶通道、吊车、工具商店、移动设备、露天仓库、停车场、道路、安保、景观美化和工作人员住宿。

Designed by HBO+EMTB, the project scope included track work, signalling, overhead line design, maintenance roads, bogie pits, train roof access, overhead cranes, tools store, mobile equipment, open yard storage, parking, roads, security, landscaping and staff accommodation.

 © Dianna Snape 

戴安娜·斯内普

该设施采取明显不同的观点，因为你在它的周界和参考起伏的山岭山在远处。它的特点是一个有机的设计横扫地球，是对网站的自然形式的补充。

The facility takes on distinctly different perspectives as you move around its perimeter and references the rolling hills of Mount Ridley in the distance. It features an organic design sweeping towards the earth that is complimentary to the site’s natural form.

 © Dianna Snape 

戴安娜·斯内普

除了有效的建筑物布局外，还注意到需要有起重设备、环境可持续设计、最先进的铁路控制系统和能够平衡工作环境和功能的复杂结构。

In addition to an efficient building layout, attention was given to the need for lifting apparatus, environmentally sustainable design, state-of-the-art railway control systems and complex structures capable of balancing the work environment and functionality.

 © Dianna Snape 

戴安娜·斯内普

该建筑是为低环境影响而设计的，具有显著的长期效益，例如使用从建筑物屋顶捕获的循环水来供应12.5万升的雨水水箱。这种水在整个建筑物和列车清洗设施和设施中使用。在车间地板上采用了水合板内加热，最大限度地利用了横流通风，以减少机械冷却的需要。材料的选择为该设施的50年生命周期提供了条件，并与自然元素进行了严重的绝缘。

The building was designed for low environmental impact and delivers significant long term benefits such as the use of recycled water captured off the building’s roof to supply a 125,000 litre rain water tank. This water is used throughout the building and by the train wash facility and amenities. Hydronic in-slab heating has been used in the workshop’s floor and cross flow ventilation has been maximised to reduce the need for mechanical cooling. The choice of materials provide for the facility’s 50-year life cycle and are heavily insulated against the natural elements.