Time synchronization monitoring test device and method
A time synchronization and testing device technology, applied in circuit devices, time division multiplexing systems, electrical components, etc., can solve the problems that the time of the power system cannot be truly synchronized, and the reliability of data analysis and processing cannot be guaranteed.
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Embodiment 1
[0060] refer to figure 1 , the present embodiment is a time synchronization monitoring test device, comprising:
[0061] The IEC61850 client simulation module is used to simulate the time synchronization and monitor the master station and the master clock respectively, so as to act as the client of the master clock and the client of the slave clock respectively, corresponding to the interaction between the master clock and the slave clock. Operational testing and interoperability testing between master and slave clocks;
[0062] The IEC61850 server simulation module is used to simulate the slave clock and perform interoperability tests between the server and the master clock as the master clock;
[0063] The configuration configuration module is used to obtain substation configuration information, generate simulated monitored equipment of the monitored equipment at the interval layer and process layer according to the substation configuration information, and establish commun...
Embodiment 1-1
[0066] Based on Example 1, refer to figure 1 As shown, the time synchronization monitoring and testing system of this embodiment includes a configuration automatic configuration module, a clock model verification module, an IEC 61850 client simulation module, an IEC 61850 server simulation module, and a monitored device simulation module (monitored unit simulation module) , automatic graphing module, message monitoring module, dynamic operation alarm module and background traffic generation module.
[0067] The configuration auto-configuration module can generate simulated interval layer / process layer monitored equipment information. When simulating secondary device configuration, the configuration automatic configuration tool module can extract the secondary device information of the SCD intermediate layer and process layer, including IED name, IP address, APPID, MAC address or network access mode, etc., and supports manual editing Add secondary device information and suppor...
Embodiment 2
[0084] This embodiment is the laboratory test method of the time synchronization monitoring test device in embodiment 1, including:
[0085] S11, static verification of the model, checking whether the configuration information of the master and slave clocks in the CID file meets the modeling requirements through the clock model verification module;
[0086] S12, master / slave clock monitoring test, simulate the time synchronization behavior of the monitored equipment through the monitored equipment simulation module, verify the monitoring function of the master clock on the slave clock and station control layer equipment, and the monitoring function of the slave clock on the secondary equipment;
[0087] S13, interoperability test, pass the IEC61850 client / server simulation module, simulate the master station, master clock / slave clock of the time management and control platform, and verify that the master clock, slave clock, and time synchronization management and control platfo...
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