DCIM system architecture

Data center infrastructure management system is divided into four layers of architecture: infrastructure layer, management interface layer, business application layer and visual display layer. The architecture diagram is shown on the right.

◼ Visual presentation layer

◼ Service application layer

◼ Management interface layer

◼ Infrastructure layer

Integrated platform Big Data analysis

The DCIM platform integrates dynamic monitoring, security monitoring, IT monitoring (extensible access), asset location monitoring, and third-party real-time monitoring systems, and can comprehensively analyze real-time monitoring data of various systems. Implement 7× 24 comprehensive centralized monitoring and management. The DCIM platform provides multi-dimensional information for each managed object (UPS, air conditioners, PDC, and IT equipment (which varies by project and can be expanded), including real-time running parameters, asset information, alarm information, operation and maintenance information, and link information.

◼ run trend◼ health index

◼ operational analysis◼ capacity statistics

◼ warning◼ energy consumption than

Active loop monitoring

The DCIM platform enables centralized management and integration of subsystems such as UPS, low-voltage PDC, precision head cabinet, battery set, generator set, temperature and humidity monitoring, cabinet microenvironment, water leakage monitoring, and fire control monitoring on a unified management platform to truly share data. At the same time, the video surveillance system, access control management system, anti-theft alarm system, BA automatic control system, etc. are integrated, and the above systems are monitored, searched, linked and generated reports in the big dynamic ring platform.

◼ real-time monitoring◼ remote management

◼ intelligent linkage◼ alarm notice

◼ permissions◼ iot fusion

Asset Management

The object range of asset management includes IT equipment and site equipment. IT equipment includes but is not limited to switches, servers, storage devices, security devices, and communication devices. Site devices include but are not limited to cabinets, UPS, air conditioners, power distribution cabinets, fire fighting equipment, and environmental sensors.

◼ asset monitoring scope◼ assets parameter management

◼ assets visual management◼ asset inventory

◼ Asset Label Management

Energy Efficiency management

Data center energy management is mainly used as an important basis for the overall energy consumption evaluation of the room, in order to achieve energy management, energy distribution, energy consumption calculation, energy saving indicators in the room. Improve the basic energy data system of the computer room, and establish a scientific and perfect energy utilization supervision, management and evaluation system for users, including energy equipment management, energy consumption value calculation, energy consumption report, forecast analysis, etc.

◼ Improve energy efficiency

◼ Reduce energy consumption

O&M Management

The system has functions including my work order, fault work order, inspection work order, maintenance work order, etc. It provides electronic and standardized daily work mode for the daily operation and maintenance of the equipment room. Users can make inspection plans, inspection contents, and perform inspection tasks through the system to carry out standardized management of inspection work.

◼ event management◼ maintenance management

◼ service request◼ inspection management

◼ on duty management◼ maintenance management

Alarm Management

All monitoring subsystems are centrally monitored and managed through the integrated management platform. When the alarm event occurs in each subsystem, it can notify the relevant management personnel through various alarm methods such as telephone, SMS, sound and light, E-mail, wechat and so on. The system can set different alarm levels for different devices, and alarm events can be queued by level. The system administrator can modify all alarm parameters, alarm levels and alarm thresholds in the background. Invalid alarm events can be masked, users can also remotely control and modify the parameters of the device online.

◼ alarm inform◼ regular alarm

◼ alarm escalation◼ alarm filtering

◼ Alarm masking

3D visualization

Adopt the latest 3D graphics technology to realize virtual simulation of all asset objects within the scope of the project, and build the entire data center environment in full 3D mode. The design of the system should be flexible and easy to use, and the interface should be simple and beautiful; Realize the virtual simulation of the appearance of the building where the data center is located, the floor where the data center is located, and the internal environment of the data center. The results of 3D modeling need to be consistent with the real environment, including the structure, size, and interior decoration style.

3D system

3D system can be combined with user needs to achieve the visual management of the following objects: building visualization, asset visualization, capacity visualization, monitoring visualization, alarm visualization, airflow visualization, cloud image visualization