Room environment monitoring solution

With the development of the IT industry and the Internet, the number of data center and computer room construction has been constantly rising, and the maintenance of a well-developed engine room has become an increasingly important issue. In particular, the normal work of IT infrastructure such as AC power, UPS, air conditioners, cabinets, and computer room environments is a good guarantee for the uninterrupted operation of IT equipment. The maintenance of the equipment room and operators of the general industry are very different. They are all responsible by the IT supervisors. They do not have special personnel to take full responsibility, and each customer and every industry requirement is also very different.

Solution introduction and advantages:

Multiple subsystems: including AC power distribution, UPS, air conditioning, temperature and humidity, water leakage, battery, fire protection, image, access control, etc.
Support multi-room: hierarchical access to tens of thousands of computer room equipment, multi-level architecture design.
Integrated service platform: Unified data flow, integration of data, video, audio and other services into a service platform true three-dimensional.
Full Reality: A visualized 3D management platform that enables visual management of all IT infrastructure and environment projects.
GIS electronic maps: Support large-scale site equipment operation and real-time electronic maps
Embedded devices: Important devices use embedded devices to ensure system stability.

Solution Application and Customer Benefits:

The users of multiple industries such as broadcasting and TV, public security, government, large and medium-sized enterprises, and finance have deployed our company's solutions. The plan helps management personnel to focus on their core business, make management more scientific, ensure the stable operation of IT infrastructure, and provide security for the continued operation of the business.

AC distribution subsystem:

1. The system must be able to monitor the status of the mains electricity distribution in the computer room. For example: three-phase voltage, phase current, line voltage, line current, active power, reactive power, apparent power, frequency, power factor, electrical degree, etc.;
2. The system can achieve alarms such as high voltage, low voltage, excessive current, unstable frequency, etc.
3. The system records the historical curve of the power distribution parameters of the equipment room, and can view the curve record of any day at any time;

UPS uninterruptible power supply subsystem

1. The system must be able to monitor the operating status of the UPS components in the equipment room. Such as: the status of each part of the UPS switches, rectifiers, batteries, inverters, bypass, and output. The system is required to indicate the UPS current flow, see the power supply status of the load, whether it is protected, etc.
2. The system should be able to monitor the parameter status of each part of the UPS in the equipment room, such as: voltage, current, frequency, power, backup time, etc.; voltage and current parameters of the rectifier and bypass; voltage and current of the inverter and battery; Battery backup time, charging capacity, load voltage, current parameters, and reasonable layout, image display;
3. The system records historical curve of the UPS parameters of the equipment room, and can check the curve record of any day at any time;

UPS power distribution subsystem

1. Monitor the open output load terminal voltage.
2. The alarm is generated when the output voltage of the open load is abnormal. The alarm threshold can be defined.
3. The layout of the open layout of the UPS distribution panel on the man-machine interface is in accordance with the actual situation. Each open name can be displayed in Chinese characters and can be edited, and the output voltage value can be displayed in real time.

Battery subsystem

1. Online real-time monitoring of cell voltage, total voltage, current, and ambient temperature
2. The total voltage, cell voltage and temperature exceed the alarm value and alarm automatically. The threshold value can be set.
3. Can query data at any time.
4. The system can be extended and strong, such as the subsequent addition of battery monitoring can easily join the unified management;
5. With professional analysis management software, automatically generate monthly reports and print. The monthly report shows the voltage changes and alarm records of each battery during the month of operation, and the highest and lowest operating events occur;

Precision air-conditioning subsystem

1. Computer room air conditioning monitoring is divided into precision air conditioning monitoring and general air conditioning monitoring, the system should be able to achieve the monitoring of two types of air conditioning, general air conditioning monitoring functions include switch, set the working mode, set temperature, wind speed, in addition to the above requirements , Should also have the function of self-initiated calls, the monitoring system must not modify the internal circuit of the air-conditioning to avoid potential accidents.
2. The system should be able to monitor the operating status and operating parameters of the precision air conditioning components of the engine room. For example: compressors, filters, fans, heaters, humidifiers, dehumidifiers, ventilation devices and other components running or stopped, administrators can view real-time air conditioning operating parameters through the network;
3. Authorized users can use software to remotely modify air conditioners (precision air conditioners and common air conditioners) to set parameters such as temperature setting, cooling and heating modes, etc., on the monitoring machine or through the network, and realize remote switching of air conditioners. The system is required to record operator and operational events. Once the system detects an alarm or parametric limit, it can automatically alarm;
4. The system can record the history curve of the room air conditioning parameters, and can view the curve record of any day at any time;

Temperature and humidity subsystem

1. The system can monitor the room temperature and humidity in real time, display and record its operating data. The system supports the computer room electronic map display temperature and humidity distribution;
2. According to the preset settings, the system can automatically alarm the temperature and humidity parameters and status abnormalities in the equipment room.
3. The system can record the history curve of the temperature and humidity parameters of the equipment room, and can view the curve record of any day at any time;

Leaking subsystem

1. The system can monitor real-time leakage areas of the equipment room and display and record its operating data.
2. The system uses an electronic map to visually display the actual leak detection rope distribution;
3. The system should be used to accurately locate leaking monitoring equipment. Once a leak occurs, the leaking position should be automatically marked on the monitoring screen.
4. Once a water leak is detected, the system can display its actual leak location and display it on the electronic map;

Firefighting subsystem

1. Through the computer room electronic map, call the smoke real-time monitoring screen;
2. When an alarm occurs in this sub-system, an alarm alert can be issued as required, and the linked access control system can open the corresponding escape channel to allow the staff to quickly evacuate from the disaster scene;
3. In the event of a smoke alarm, it must be reset manually on the monitoring system before the alarm can be released.
4. The system shall record relevant events for the inquiry.

Image subsystem

1. The system fully integrates the video monitoring system and supports the loading of video frames via electronic maps;
2. According to the settings, the video channel can be arbitrarily grouped and displayed;
3. In the integrated monitoring system for video recording, browse video video;
4. IE browser can be used to monitor the real-time conditions of the equipment room. The remote system should be able to watch any video grouping, dome camera rotation, stretching camera and other controls under a unified platform and perform video browsing. The operation interface should be consistent with the monitoring host.

Access Control System

1. Completely integrate the access control system into the monitoring system;
2. Should choose to use anti-dive back, double door interlock, multi-card open the door and other functions of the product;
3. Provide personnel permission settings, door opening/closing, and personnel entry and exit records and inquiries in the centralized monitoring system;
4. According to the preset settings, the system can display and record the access control personnel in real time and provide attendance function;
5. If there is an abnormality in the access control, it should be reported to the designated management personnel by telephone SMS so that it can be processed as soon as possible