架构师提供的文本描述。位于科罗拉多州丹佛市的丹佛中央普拉特校区(DCPC)是为丹佛市和县的公共工程部设计和建造的。该项目占地面积18英亩，占地105000 SF.这个一站式商店提供最先进的设施，用于车队维修、固体废物管理、街道维修、交通工程和道路执行，包括办公室/仓库、车辆维修大楼、有盖和加热的车辆储存、燃料和洗涤设施以及盐和氯化镁储存。

Text description provided by the architects. Denver Central Platte Campus (DCPC), in Denver, Colorado, was designed and constructed for the City and County of Denver’s Public Works Department. The project is 105,000 sf and is sited on an 18-acre campus. This one stop shop provides state-of-the-art facilities for Fleet Maintenance, Solid Waste Management, Street Maintenance, Traffic Engineering and Right-of-Way Enforcement, including office/warehouse, vehicle maintenance building, covered and heated vehicle storage, fuel and wash facilities and salt and magnesium chloride storage.

 © Ed LaCasse

C.Ed LaCasse

位于南普拉特河沿岸，毗邻25号州际公路，六座建筑的校园非常显眼，除了最佳的运营功能和可持续性外，整体设计美学和项目融入周边城市环境也是一个关键考虑因素。

Located along the South Platte River and adjacent to Interstate 25, the six-building campus is highly visible, making the overall design aesthetic and the project’s integration into the surrounding urban context a key consideration in addition to optimal operational functionality and sustainability.

 © Ed LaCasse

C.Ed LaCasse

该项目采用了一种由设计顾问和承包商参与的综合设计方法，为LEED-NC Gold开发系统，这比客户对LEED-NC银的要求高出一步，但不超过固定的29，000，000美元的预算。可持续的功能包括优化屋顶设计的光伏，日光/占用传感器，辐射地板供暖系统，蒸发冷却，回收和再利用80%的洗车循环用水，低流量/水效率固定装置和本土的非灌溉景观。

The project utilized an integrated design approach involving the design consultants as well as the contractors to develop systems to aim for LEED-NC Gold, one step above the client’s requirement of LEED-NC Silver, without exceeding the fixed $29,000,000 budget. Sustainable features include an optimized roof design for photovoltaics, daylight/occupancy sensors, a radiant floor heating systems, evaporative cooling, reclamation and reuse of 80% of vehicle wash rinse cycle water, low flow/water efficient fixtures and native non-irrigated landscaping. 

 © Ed LaCasse

C.Ed LaCasse

机电系统的所有方面都侧重于降低能源消耗，从而使业主的运营成本全面降低。使用耐用，可持续，低VOC内部完成与日光和意见相结合，创造了一个诱人的工作环境。自行车和节油车辆的优先停车位鼓励员工在日常通勤中使用更高效的交通工具。

All aspects of the mechanical and electrical systems are focused on reducing energy consumption resulting in overall reduction in operating cost for the owner. The use of durable, sustainable, and low VOC interior finishes in combination with daylight and views create an appealing work environment. Priority parking spaces for bicycles and fuel efficient vehicles encourage employees to use more efficient modes of transportation in their daily commute.

 © Ed LaCasse

C.Ed LaCasse