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Research and Implementation of Electric-Communication Joint Teaching Platform Based on the IEC-103 Protocol

With the continuous expansion of the scale of power systems and the electricity information data, the effective analysis and processing of power network data affects the operation management and troubleshooting of the power industry. Therefore, in order to collect and analyze data information more convenient, the riper communication technology need be used in the electric power system. It enhances the security and efficiency of the power system. However, the current power system teaching platform focuses on the hardware composition and its traditional operation. It lacks of data transmission among the devices. For the sake of students' understanding of electrical and communication technologies, we have developed a joint teaching platform for electrical and communication based on the international electrotechnical commission (IEC)-103 protocol. Taking the generator excitation device as an example, we introduce the internal hardware and software framework of the device in detail. On the basis of, the central processing unit (CPU) of multiple interactive communication technologies is proposed in the paper.