© Brad Feinkopf

布拉德·芬考普夫

架构师提供的文本描述。南校区中央冷水厂将为俄亥俄州立大学医学区提供长期、高效和可持续的冷水生产和分配解决方案。耐用性和冗余将采用模块化设计，增加所有关键设备的部件，为医疗中心客户维护12 500吨冷水。为了进一步提高可靠性，将在冷冻机厂安装应急电源，以便在停电期间为关键操作提供冷却水。

Text description provided by the architects. The South Campus Central Chiller Plant will provide the Medical District of the Ohio State University a long term, efficient and sustainable solution for chilled water production and distribution. Durability and redundancy will be addressed with a modular design with additional components of all critical equipment to maintain 12,500 tons of chilled water for the medical center customers. To further increase reliability, emergency power will be installed with the chiller plant to provide chilled water for critical operations during power outages.

 © Brad Feinkopf

布拉德·芬考普夫

冷水厂的最终生产能力将是3万吨冷水。冷冻机的安装将分阶段安装，以满足医疗中心的需求，并将在中央发电厂进行远程控制，并配备健壮的工业控制系统。冷冻机厂的第一阶段将为新的癌症和危重护理塔提供至少15 000吨，并逐步更换位于医学园区现有建筑物中的老化设备。

The ultimate capacity of the Chiller Plant will be 30,000 tons of chilled water. The installation the chillers will be installed in phases to address requirements of the medical center and will be remotely controlled at the central power plant with robust industrial control systems. Phase one of the chiller plant will be a minimum of 15,000 tons for the new Cancer and Critical Care Tower and the gradual replacement of aging equipment located in existing buildings of the medical campus.

 © Brad Feinkopf

布拉德·芬考普夫

这个冷冻机厂将建在药学院西面的一个露天停车场的现在位置。该地点目前低于洪泛平原，将需要地下公用事业搬迁和关键设备的位置高于这一海拔。

The chiller plant will be constructed in the current location of a surface parking lot west of the College of Pharmacy. The site is currently below the flood plain and will require underground utility relocations and the location of critical equipment above this elevation.

 © Brad Feinkopf

布拉德·芬考普夫

该大厦的选址考虑到景隆道的搬迁及金近道未来的扩建工程。新的冷水机组将成为这个未来十字路口的标志性锚。

The siting of the building took into consideration the relocation of Cannon Drive and future extension of Kinnear Road. The new chiller plant will serve as an iconic anchor for this future intersection.

 © Brad Feinkopf

布拉德·芬考普夫

新的冷冻机厂的材料将是混凝土预制板和高光泽抛光完成。大型玻璃窗的位置是为了帮助识别建筑物的功能，通过框架视图的冷冻机设备。由于没有可见的移动部件，位于预制板接缝处的定角玻璃片将传递一种运动感，因为太阳的运动会改变颜色。该设计纳入了可持续发展的原则，并将与其他地区设施LEED认证的规划相结合。

The materials for the new chiller plant will be concrete precast panels with a high sheen polish finish. Large glazed openings are located to help identify the function of the building by framing views of the chiller equipment. Since there are no visible moving parts, dichoric glass fins located in the joints of the precast panels, will convey a sense of motion as the colors change from the movement of the sun. The design incorporates sustainable principals and will be integrated with the planning of LEED certification of other District facilities.

 © Brad Feinkopf

布拉德·芬考普夫

虽然该建筑位于校园边缘，但在一个非常突出、可见的场地上，沿着戛纳的步行活动必须被视为通往主校区的重要途径。为了加强这一点，建筑物周围的景观将由一个广场和地形座位区组成，以吸引行人。此外，作为大学坎农大道走廊框架计划的一部分，将在大楼西侧提供一个草原草“池塘”，以应对附近奥利芬蒂河沿线绿化景观的恢复。

Although the building is located at the edge of campus, on a very prominent, visible site, pedestrian movement along Cannon must be considered as an important pathway to the main Campus. To reinforce this, the landscaping around the building will consist of a plaza and landform seating area to engage the pedestrian traffic. Also, as a part of the University’s Framework Plan for the Cannon Drive Corridor, a “pond” of prairie grass will be provided on the west of the building to to respond to the revitalization of the greenscape along the nearby Olentangy River.

Architects Ross Barney Architects

Location 500 W 12th Ave, Columbus, OH 43210, USA

Category Factory

Design Principal Carol Ross Barney

Principal in Charge Eric Martin

Project Architect Jonathan Graves, Marc Anderson

Design Team Ryan Giblin, AIA, LEED AP; Huili Feng

Architect of Record Champlin Architects

Local Architect Lupton Rausch

Area 95750.0 ft2

Project Year 2013

Photographs Brad Feinkopf

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