Design and System Debugging of DSP Protection Device for Power Transformers
The article is based on the basic principles of transformer differential protection,and deeply explores the identification logic of excitation inrush current,as well as the application of microcomputer protection algorithms.It points out the limitations of traditional protection schemes in the face of complex faults.On this basis,this article designs a protection device based on DSP to ensure its high efficiency and reliability in practical applications.In the system debugging phase,researchers conducted comprehensive testing on the designed protection device through a combination of simulation and actual measurement,ensuring that it can accurately and quickly identify and handle transformer faults.The research results show that the protection device performs well in improving the sensitivity and reliability of transformer protection,effectively reducing the impact of faults on the power system.Through this research,new technological ideas have been provided for the safety protection of power transformers,promoting the intelligent and modern development of transformer protection devices,and laying the foundation for the sustainable development of the power industry.
power transformerdesign of DSP protection devicesystem debugging
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