Integrated pipeline corridor automation control system is a new direction of urban infrastructure construction development and one of the important forms of urban underground space development.
As an intensive and sustainable way of laying pipelines, it provides a basis for the planning and management of each pipeline project by reasonably using urban land, comprehensively determining the location of urban engineering pipelines in urban above-ground and underground space, and avoiding mutual interference between engineering pipelines and their related buildings.
The integration of urban infrastructure control in one system facilitates centralized real-time monitoring, management, overhaul and daily maintenance, which improves the efficiency of urban management, reduces the huge waste of human, financial and material resources, and promotes the continuous development of the city in the direction of modernization and intelligence.
The system mainly consists of electrical system, ventilation system, drainage system, weak electrical system, and fire fighting system.
Electrical system including power supply and distribution system, lighting system, etc;
Weak power system includes equipment monitoring, security system, language communication system, personnel positioning, etc.
The platform is designed to serve the management as the goal and establish a perfect operation and management information system. Real-time monitoring of the content information and dynamic data of the corridor, accurate data information of various subsystems in the corridor, analysis of each subsystem to detect the problems existing in the corridor, and provide scientific basis for the management and decision-making of customers. Realize real-time supervision, dynamic management and scientific decision-making of underground pipe corridors, and improve the level of comprehensive management.
Urban integrated pipeline corridor information integration platform-system topology diagram
Urban integrated pipeline corridor information integration platform-communication network architecture
