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The smart community (electromechanical) operation and management platform utilizes technologies such as the Internet of Things, big data, cloud computing, artificial intelligence, and digital twins to connect people, buildings, equipment, and businesses within the building area into a unified organism. Through technical means such as device collection, intelligent analysis, abnormal alarm, and intelligent control, it achieves unified asset management, centralized equipment monitoring, centralized security monitoring, precise energy consumption control, and intelligent building operation and maintenance, To achieve the goal of efficient operation and convenient service, making buildings better serve people, and providing a safe, comfortable, efficient, convenient, and sustainable building environment.

Centralized monitoring of equipment and centralized management of assets

Centralized monitoring of heterogeneous devices of different types and manufacturers in various projects through a unified platform; Establish equipment archives and equipment ledgers for various equipment and facility assets distributed in various areas of the building, and use them as a basis for equipment asset lifecycle management.

Ensure equipment operation and personnel safety

Ensure the continuous and normal operation of equipment through preventive maintenance and rapid handling of equipment failures; Ensure the safety of personnel and property through emergency linkage handling of emergency events and emergencies, as well as rapid response to alarm events.

System interconnection and event linkage processing

Integrate various heterogeneous subsystems into an organic whole, interconnected and interconnected, coordinate the linkage and handling of various subsystems for emergency or unexpected events, leverage the collaborative capabilities of each subsystem, and maximize the ability and efficiency of event handling.

Data collection and utilization, assisting operational decision-making

Integrate the collected data from various subsystem equipment into a unified IoT big data center, laying the foundation for the comprehensive utilization of data; Simultaneously implement big data analysis for energy consumption, alarms, faults, work orders, etc. to assist managers in operational decision-making.

Unified operation and maintenance of multiple projects

The unified operation and maintenance of multiple projects includes two aspects: firstly, re integration is carried out on a single project edge collection platform that integrates various subsystems, forming a centralized monitoring platform that gathers all project subsystem equipment. Secondly, a unified and standardized equipment operation and maintenance system should be established on the overall platform, and each project should be operated and maintained in accordance with the standardized equipment operation and maintenance system. This unified operation and maintenance approach not only ensures the integrated management of all projects, but also saves the construction and maintenance costs of a single project operation and maintenance system.