Nowadays, since energy costs rise continuously, every country has paid highly attention to the energy saving and emmision reduction. Therefore, the application of the power management system has become more and more widespread. It is mainly distributed in: construction, industry, power industry, petrochemical, medical, public facilities and other fields. These industries are characterized by high quality requirements for electricity, centralized use of electrical appliances, high power consumption, and with decentralizeda central control room. Therefore, power management systems are required to detect and record power parameters; and monitor energy equipment operation status, in order to be able to handle and prevent power equipment failures in time; Also assist operation and maintenance personnel to monitor the alarms in the power distribution room 24 hours a day, reducing the operational inspection personnel's inspection, and strongly improving the power management level.
 

Power management system advantages

The power management system is an energy management platform developed using advanced intelligent integration technology. The intelligent terminal collection equipment will monitor the power data, equipment operation information, (distribution room video, ambient temperature, smoke, flood, etc.) operation information monitored by each monitoring point. The communication management machine processes various types of power parameters, power environment data and video data monitored by the intelligent monitoring terminal and uploads it to the power management system of the central control room. The system not only improves the efficiency of the use of electrical energy, reduces maintenance costs, but also provides data sources for energy-saving transformation. 

What are the features of the power management system?

(1) Graphical display , turns electricity usage and equipment operation status into visualized digital monitoring, visually display the equipment operation, keep the reliable operation of distribution equipment.
(2) A large amount of real-time data storage, access to first-hand data at any time, formate data centers, data extraction, mining, analysis and summary, provide a strong data support and scientific basis for energy-saving transformation;
(3) 24/7 surveillance, free from the limitations and inefficiency of human work, and monitor the operation of equipment at any time;
(4) Timely alarm, abnormal line, real-time activation of alarm mechanism, accurate reporting of fault points, timely investigation of fire hazards;
(5) Monitor the operating status of electrical equipment in the key areas, the ambient temperature of the power distribution room, smoke, flooding, prevent the occurrence of electrical fires and other hazards, and minimize the loss of electrical hazards.
 
The power management system has changed the traditional power management mode, using intelligent means to simplify power management and make it more efficient. It not only reduces the user's operation and maintenance costs and energy costs, but also reduces the operation and maintenance personnel's O&M pressure and improves the power management management level.