Flexible direct-current electronic transformer analogue simulation system

Abstract

The invention discloses a flexible direct-current electronic transformer analogue simulation system. The system comprises a fault inversion module, obtaining fault recording according to preset waveform file, and reproducing fault recording; a steady-state simulation module, simulating a steady-state output waveform of the mutual inductor according to a preset function library and adjusting the steady-state output waveform of the mutual inductor; a transient simulation module, simulating the transient output waveform of the mutual inductor according to a preset function library, and adjustingthe transient output waveform of the mutual inductor; an exception simulation module simulating an exception output waveform of the mutual inductor according to a preset function library, wherein theexception output waveform comprises a frame loss rate and delay time; a trigger module triggering the fault inversion module, the steady-state simulation module, the transient simulation module and the abnormal simulation module. The technical problems that in the prior art, when regular checking is carried out on a flexible direct-current transmission control protection system, the requirements of various different working conditions cannot be met, especially verification data are provided for countermeasures, and transformer output waveforms under normal working conditions are provided are solved.

Description

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AI Technical Summary

Benefits of technology

This patented solution allows flexDC electronics manufacturers to test their equipment more efficiently while still ensuring they are safe against damage caused due to external factors like weathering (rain) water spray). Additionally, it simplifies the process of simulating an AC power supply with various types of electrical loads such as motors and generators without requiring any specialized training. Overall, these improvements improve efficiency and safety measures over existing methods.

Problems solved by technology

This patented technical problem addressed by this patents relates to improving flexibility in controlling and protective power distribution networks that use multiple types of electrical equipment such as electricity meters or sensors connected through wires. These devices can be subjected to different operating environments with varying levels of stress due to factors like temperature changes over time (temperature drift). Additionally, these sources may have variations in impedance values caused by aging components inside them themselves. Existing methods based on simulation only provide limited accuracy when applied at realistic times because they require frequent maintenance checks after production has been completed.

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