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Project Case｜Huzhou Aoqinghui Youth Olympic Complex Intelligent Project
Huzhou Aoqinghui is located by West Xihu Yang in Huzhou Eastern New Town. It is the country’s first Youth Olympic Complex and a benchmark composite urban cultural and sports landmark integrating "sports, cultural tourism, technology and education" in the Yangtze River Delta. Covering a total land area of 255 mu and a total construction area of approximately 120,000 ㎡, the project takes "Gather · Trend, Gather · Sports, Gather · Cool Play" as its core theme. Relying on three core carriers, namely the Olympic Youth Cultural Center, Digital Sports Future Center and International Clay Tennis Center, it builds an international youth sports distribution base and a world-class trendy and cool play experience center.
The core clay tennis center of the project is built in strict accordance with the international standards of France’s Roland-Garros. It is Asia’s largest and highest-level professional clay tennis venue, capable of hoisting the Olympic flag and holding top-tier international competitions. Integrating digital technology, ecological landscapes and trendy sports scenarios, the whole project imposes extremely high comprehensive requirements on venue electromechanical operation & maintenance, environmental regulation, equipment safety and energy management. With its mature dual-bus technical system, DOBAS delivers a building equipment monitoring solution for the entire site to empower the construction of a modern smart cultural and sports complex.
The DOBAS Building Automation System (BA) is deployed across the whole project, fully covering electromechanical equipment within the Olympic Cultural Center, clay tennis venue, Digital Sports Future Center, public supporting areas and the entire park. Based on the KNX international standard bus architecture, it realizes integrated centralized monitoring, automatic linkage, time sequence scheduling and remote operation & maintenance for heating, ventilation, air conditioning, fresh air and exhaust, water supply and drainage, and public electromechanical equipment in the park. Adapted to the operational characteristics of large-space, high-passenger-flow, multi-scenario and all-weather operation of large cultural and sports complexes, it establishes an efficient, stable and energy-saving intelligent operation and maintenance system.
