Overview:
The Intelligent Monitoring System provides centralized management and supports remote management and maintenance of the monitoring system. The remote operation interface is consistent with the local operation interface.
The monitoring system monitors the running status of various components or components in the infrastructure layer of the micro-module data center in real time.
The monitoring system adopts a layered architecture, which consists of the data collection layer, Data calculation and information processing layer, and intelligent management platform layer.
The monitoring system collects, analyzes, computes, and processes all devices, components, Environment operation parameters, and related information in the infrastructure layer of the micro-module data center in real time, intelligent Management of Data room O & M and business is implemented to fully implement the availability, openness and scalability of the micromodule data center and ensure the security of the data center.
As an integral part of the centralized monitoring system, the monitoring volume of the micro-module data center uploads signals to the servers in the central data center through switches.
1. Intelligent Monitoring System Composition
The power supply monitoring module monitors the power supply system through the smart instrument dedicated data configured in the PDF cabinet.
Power supply monitoring collects its operation parameters through the ups communication interface to monitor the ups operation status in real time.
Air conditioner monitoring collects and analyzes the operation parameters of the air conditioner through the communication interface of the air conditioner to achieve real-time monitoring of the air conditioner.
Video Monitoring is used to monitor real-time videos in (or outside) scenarios of a video camera configured in the channel.
Environmental monitoring uses temperature/humidity sensors distributed in the module to monitor the thermal distribution of the module in real time and effectively to ensure the safe operation of the data center.
By monitoring the door magnetic switch signals of various Cabinets configured in the module, the door magnetic monitoring can promptly understand the opening/closing status of each cabinet door to ensure the safety of equipment in the cabinet.
Fire Monitoring monitors possible fire hazards in the module in real time by configuring Smoke sensors and temperature sensors in the channel.
Energy efficiency management implements real-time monitoring and management of data center energy efficiency (Pue) reports. It provides rich report management functions, including the Report browsing interface, report format definition, and report release management. The man-machine interaction interface displays the running status parameters of each device, various reports, work logs, and alarm information.
2. Data Center leakage monitoring
The air conditioner has the function of detecting water leaks (rope-based detection). For potential water leaks of air conditioners, you can upload the relevant water leakage information through the communication port of the air conditioner and send an alarm accordingly. The rope-based water leakage detection method consists of a water leakage sensor rope and a water leakage controller. The leakage sensor rope is laid around the precision air conditioner to detect the water leakage of the air conditioner condensate and upload information through the communication interface of the water leakage controller. In this way, real-time water leakage monitoring is implemented to ensure the safe operation of the data center.
When a water leak is detected, the man-machine interaction interface automatically switches to the Water Leak Monitoring Interface, displaying the water leak location and issuing an alarm. Records and stores alarm events.
3. Energy Management
Power Supply System Monitoring: The system collects and analyzes various electrical parameters of the power supply system of the data room through the RS485 (or Fe) interface standard in PDF, ATS, UPS, and battery intelligent instruments, and real-time display through the human-computer interaction interface. Power System Monitoring Architecture.
Data center Energy Efficiency Management: the energy efficiency (Pue) Management Module monitors the total power usage of data centers and the IT equipment power usage in real time to clearly reflect the overall power consumption distribution of data centers and IT equipment in data centers. Then, the PUE value of the data center is calculated through statistical analysis.
4. Air Conditioning System Monitoring
The Intelligent Monitoring System collects precision air conditioning parameters through the RS485 (or Fe) interface that comes standard with precision air conditioners, and displays the parameters in real time on the human-computer interaction interface. Based on the open depth of product controllability, the air conditioner manufacturer can perform centralized and remote control on/off air conditioners, and set operation parameters.
The system provides centralized control over multiple units over the network. through centralized control over the network, you can control the on/off of each unit in the network, set the temperature value, fan motor speed, and running mode.
5. IDC Environment Monitoring
The intelligent monitoring system can display the temperature and humidity values detected by the temperature and humidity sensors in the data center in real time, and set the upper and lower limits of the temperature and humidity of each temperature and humidity sensor. When the value detected by any sensor exceeds the set value, the monitoring system sends an alarm.
Intelligent Monitoring System of the micromodule data center!
