美国Ocean Breeze跑道与室内运动场/Sage and Coombe Architects

发布于：2023-05-08 09:22:37

America Ocean Breeze Track and indoor stadium

设计方：Sage and Coombe Architects

位置：美国

分类：体育建筑

内容：实景照片

设计团队：Jennifer Sage, FAIA (Principal)/ Peter Coombe, AIA (Principal)/ Joshua Keay, AIA (Project Architect)

图片：17张

摄影师：Alexa Hoyer, Paul Warchol

这是由Sage and Coombe Architects设计的Ocean Breeze跑道与室内运动场。这是一个室内运动设施项目，是纽约市杰出设计项目的一部分，坐落于一个占地110英亩的公园里。该项目位于斯塔顿岛东岸，可俯瞰韦拉札诺海峡大桥、曼哈顿下城及自由塔的风光。该项目目前已进行到最后的施工阶段，跑道区已于2015年11月对外开放。该建筑抬升于岛上一些沿海绿地之上，以减少建筑占地面积，并留出露天停车场的空间，同时开阔视野，加强自然通风，保护建筑免受潮汐风暴的影响。该项目整合了绿色建筑的设计原则，包括日光收集的使用、光电传感器控制照明、现场雨水管理、回收材料以及一个“超酷的”、利用闲置结构配置未来光伏技术的屋顶。

译者：筑龙网艾比

From the architect. Built as part of New York City’s Design Excellence program within both the Department of Parks and Recreation and the DDC, the Ocean Breeze Indoor Athletic Facility sits within a new 110-acre park being developed as a part of former Mayor Bloomberg’s PlaNYC initiative, whose primary goal was to bring large scale regional parks to every borough. Located on Staten Island’s Eastern Shore, the building overlooks the Verrazano-Narrows Bridge, lower Manhattan, and the Freedom Tower.

Now in the final stage of construction, Ocean Breeze has been open for track events since November 2015. Raised above one of the few remaining areas of native upland coastal grasslands on the island, Ocean Breeze’s minimal interior footprint - largely comprised of an open-air parking area - enhances both views and the potential for natural ventilation, while protecting the building from storm surges and rising tides.

By far the most state-of-the-art track facility in the region, the fieldhouse program includes a 200m hydraulically banked track that can convert from six banked lanes during competition events, to eight flat lanes to accommodate large practice sessions. Meeting USATF, NCAA, and IAFF competition standards, the track boasts seating for 2,500 people, concessions, meeting rooms, restrooms and service areas, as well as a fitness center serving neighboring communities.

The project integrates green building principles through the use of daylight harvesting, photo-sensor informed lighting controls, on-site storm water management, recycled materials, and a “cool” roof which has spare structural capacity for future photovoltaic technology. All mechanical systems utilize high efficiency equipment, which is monitored and controlled through a networked building management system.