The training objectives of the power electronics and electric power transmission course.
Power electronics and electric power transmission training room is to power electronics, power drag control, control theory, electrical machinery, microelectronics, electronics technology and other directions of inquiry reflect the new trends in the development of the field at home and abroad, and closely related to the needs of the national economy, emerging industries and social development. Through the training of doctoral students, students not only master extensive and in-depth theoretical knowledge, but also have strong practical ability.
They have mastered a foreign language, a solid and broad basic theory and in-depth expertise in this discipline, the ability to conduct scientific research independently, be forward-looking and creative in science and special technology, and make innovative achievements combining theory and practice in their dissertations.
The teaching laboratories for undergraduate and graduate students of power electronics and power transmission include: digital simulation laboratory of power system, relay protection laboratory of power system and operation analysis laboratory of power system as well as dynamic simulation laboratory of power system. It covers all the experiments required for undergraduate and graduate teaching in power electronics and power transmission.
The intelligent microgrid laboratory has wind power supply device, photovoltaic power supply device, 2kW photovoltaic inverter system, solar module analyzer, 50AH lead-acid battery pack, intelligent micro network workstation, energy conversion control energy storage system cabinet and other experimental equipment. It is responsible for the experimental teaching tasks of courses such as "New Energy Power Generation and Control Technology", "Power Conversion Technology" and "Power Electronic Devices and Applications". In addition, the laboratory can provide research platform and technical support for postgraduates.
The laboratory of power electronics conversion technology has experimental equipment such as power electronics and motor control experimental platform, oscilloscope, etc., and undertakes the undergraduate experimental teaching task of power electronics technology course. In addition, the lab can also provide experimental platform and technical support for "Microcontroller Course Design", "Power Electronics Practice", as well as "Electrical Innovation Engineering Practice" and college students' innovation competition.
Power Transmission Laboratory has power technology and power transmission comprehensive test bench, oscilloscope and other equipment. It undertakes the undergraduate experimental teaching tasks of power conversion technology, motor control, power electronic devices and applications, AC speed regulation and motor motion control. It can be used for principle verification, hardware testing, unit design and debugging of power conversion circuits, motor control systems and power electronics devices.
PLC electrical control laboratory has a programmable controller experimental training platform and computer system. Undertake the experimental teaching task of the course "PLC Electrical Control and Configuration Design". Complete the simulation experiments of relevant PLC electrical control systems, and also carry out PLC control system design and debugging.
