Power quality monitoringdeviceEquipped with GPRS wireless transmission function and Ethernet remote transmission function, real-time data of each monitoring point can be obtained anytime and anywhere. Through remote control technology, it is possible to modify and set any monitoring point at any time and perform special tests. View the data recorded by ZS3590 anywhere and at any time, and conduct detailed and in-depth analysis on the upper computer.

If there is an abnormal power event, ZS3590 can provide an alarm prompt at a faster speed, and through the original data, the equipment number and location of the problem can be quickly identified on the computer. The terminal monitoring unit is composed ofAC Power Quality MonitorComplete.

The communication service system is mainly composed of a monitoring instrument communication system, a communication server, and a communication module. The monitoring communication system is responsible for receiving communication server instructions, parsing instructions, searching and packaging the required data, and uploading them to the communication server through the communication module. The communication server is responsible for all data communication with the power quality monitoring instrument and supports communication methods such as Ethernet interface and USB interface.

The database service system mainly consists of a database, internal processing programs, and database management modules. The database is used to store the monitoring data uploaded by various power quality monitoring instruments in the power quality monitoring and analysis system. The database also provides data retrieval and other data service support for the monitoring and analysis platform in the system. The database supports large databases such as MSSQL and ORACLE.

The monitoring and analysis platform mainly consists of online monitoring, power quality analysis, and parameter setting management. Online monitoring is mainly responsible for updating real-time records of monitoring power quality data, and refreshing real-time data every 3 seconds according to national standards. Power quality analysis is mainly responsible for numerical table, curve analysis, and report printing processing of statistical analysis data. Parameter setting management is mainly responsible for setting and managing various parameters of the system and the power quality monitoring instrument.