"The Strongest Brain" Protects the Chengdu Universiade Venues | Fenghuangshan | Brain
On July 19th, Chengdu, Xinhua News Agency reported that temperature and humidity inside and outside the room, power and voltage of electrical equipment, flow rate and water pressure of the water supply and drainage network, energy consumption of lighting equipment, and pedestrian flow at the entrance and exit... These management and operation data can be collected in real-time, obtained with just one click, and presented intuitively on the visual management platform of Fenghuangshan Sports Center in Jinniu District, Chengdu.
The 31st Summer Universiade is about to open, and the Phoenix Mountain Sports Center is one of the newly built core venues for this year's Universiade. Sports venues are a complex system, and their operation and maintenance are crucial for ensuring the smooth progress of events. The visual management platform has equipped the Phoenix Mountain Sports Center with the "strongest brain" and uses digital technology to ensure the "healthy" operation of the venue.
The picture shows the operation interface of the visual management platform for Fenghuangshan Sports Center. Respondents provide pictures
This platform is based on digital twin technology and accurately reproduces the venue building structure and the layout of various facilities and equipment on the virtual simulation space model of the gymnasium. The reporter saw that in the platform operation interface, the three-dimensional images of the sports stadium are exquisite and delicate, the perspective switching is smooth, and the scene restoration is high. The space and environment inside and outside the venue are clear and clear.
"Not only should it look good, but it's also better to use." Yang Jingtao, the technology development manager of the platform, introduced that the platform uses new generation information technology to integrate and analyze the operation data of building equipment systems such as air conditioning, power distribution, elevators, lighting, water supply and drainage, exhaust, and parking lots inside the building, and presents it in real-time, dynamic, and intuitive 3D models.
The organic combination of 3D models and data has achieved a new digital application upgrade from 2D planes to 3D solids. The venue security situation, equipment status, passenger flow, faults, alarms, and other comprehensive data are presented in a single graph, and the comprehensive situation is managed in a single graph. The integrated application of business functions effectively helps managers to fully control the operational status of the venue.
Wei Tianyou, the facility and equipment support manager of the Phoenix Mountain Sports Park Basketball Center with nearly 20 years of operation and maintenance experience, has a deep understanding of the intelligent upgrading of the venue. "In the past, we used to manually check and register the status of equipment one by one with forms, but now we have real-time perception and real-time control," said Wei Tianyou, which greatly improves maintenance efficiency and reduces maintenance costs.
More importantly, this platform can respond promptly to unexpected situations. "In a previous competition, the system detected a water pump malfunction, resulting in a water outage in a restroom area. The staff quickly switched to a backup water pump, which only took 3 minutes." Wei Tianyou said that if in the past, it would take half an hour from the congestion caused by the water outage to the staff rushing to the scene to investigate and solve the problem.
The picture shows the operation and maintenance staff operating the visual management platform of Fenghuangshan Sports Center. Photo by Sun Qin
Yang Jingtao introduced that the integrated security system on the platform can view the specific location and status of security equipment in the venue in real time, dynamically, and visually. It has changed from the traditional video surveillance management mode of searching for location through images to being able to query specific images at designated locations. The platform can also push real-time alarm information to management personnel based on different risk levels, improving disposal efficiency.
From the actual operation situation, the platform reduces the energy consumption of the entire sports stadium by about 15%, improves equipment operation efficiency by about 20%, extends equipment lifecycle by about 20%, and reduces operation and maintenance costs by about 30%. Wei Tianyou said, "With the support of this' strongest brain ', we have more confidence in doing a good job in venue operation and ensuring the smooth holding of the Universiade events."
It is understood that the platform is also being applied in scenarios such as smart hospitals, smart parks, and smart high-speed railway stations. With the development of technologies such as big data, the Internet of Things, and artificial intelligence, this platform is constantly iterating and innovating, becoming smarter and providing stronger support for the transformation of urban intelligence.
