Integrated management solution

Comprehensive introduction

The intelligent building integrated management system integrates the weak current subsystems and related electromechanical systems on a unified computer network platform and a unified human-machine interface environment, so as to realize the sharing and management of information resources among various professional sub-systems. Interoperability and rapid response and linkage control to achieve the purpose of automatic monitoring and control, and overcome the phenomenon of information islands due to the independent operation of each system. The system software adopts a modular approach, the interface development compatibility of the software is strong, and the interface is standardized and standardized. Various standard interfaces (OPC, BACnet, RS485/422/232, ModBus, LonWorks, etc.) and non-standard interfaces can realize the exchange of information of each subsystem and the conversion of communication protocols.

Product Features

Software platform based on "Internet +"

Integrate the various subsystems of building intelligence into an "organic" unified system, with standardized and standardized interface interfaces; complete the information exchange and communication protocol conversion of each subsystem, and realize the integration and comprehensive management of all subsystem information. The centralized monitoring and control of subsystems realize the management of global events, and finally realize the functions of centralized monitoring and control and comprehensive management, while avoiding excessively large systems and applications, while meeting the needs of performance, energy saving, energy optimization and building maintenance.

Geographic Information Platform

Through GIS and virtual simulation technology, three-dimensional modeling of park buildings, vegetation, municipal facilities, corporate facilities, pipelines, electromechanical equipment and facilities, etc., to truly restore the overall environment of the park; relying on three-dimensional scenes, with a three-dimensional smart park platform as the core, integration Multiple terminal subsystems, combined with the Internet of Things, realize the intelligent management of the park in a timely manner; all for users, providing a convenient and efficient office environment for park enterprises, residents, and properties.

BIM operation and maintenance platform

After the role of the medium of BIM operation and maintenance, it can provide real simulations of design, construction, debugging and operation related tasks, and build a three-dimensional visualization multi-bit database for the building. Bring more appropriate and expanded applications to users in the whole life cycle of the building

Data cockpit visualization platform

Bring you a WYSIWYG visual application development experience. Using an interactive visual designer, you can easily create dashboards and automatically adapt to various sizes of screens; seamlessly obtain IoT streaming data, support multiple data sources, and reduce a lot of data cleaning and deformation work.

Operation and maintenance work order management subsystem

Operation and maintenance is a cloud operation and maintenance information platform based on saas. At the same time, it provides online operation and maintenance personnel with daily service function work order management to help them manage assets and customers' daily service content.

Features

  • Intelligent linkage

    Through the definition of linkage rules, automatic response measures can be implemented after events and alarms occur, and powerful subsystem integration functions and linkage functions of various systems are realized.

    Graphic display

    Powerful graphic display function, with 3D graphic parameters and status display of various field devices.

    Energy-saving algorithm embedding

    Use artificial intelligence technology instead of manual design to improve the ability of the central air-conditioning cold and heat source control system to adapt to the environment, the ability of equipment to cooperate with each other, and the ability to independently plan the operation mode.

    Energy consumption analysis and various alarm analysis reports

    Analyze the system operating data and form various alarms for decision-making.

    Heat map display

    The interpolation algorithm is used to estimate temperature and humidity for any location in the area, and the pseudo-color map is used to display the temperature and humidity of each point in the area, forming a temperature field and humidity field, and visually displaying the distribution of temperature and humidity at each point in the area.