Power Electronics System Communications
Power Electronics System Communications
This work investigates communication issues in high-frequency power converters. A novel control communication network (Power Electronics System Network or PES Net) is proposed for modular, medium and high-power, converters. The network protocol, hardware and software are designed and implemented. The PES Net runs at 125 Mb/s over plastic optical fiber allowing converter switching frequencies in excess of 100 kHz. Communication control is implemented in a field programmable gate array device. A novel synchronization method applicable to ring networks is proposed. The effect of the communication delay on the power converter operation is studied.
Master of Science
- Virginia Tech United States
Design, delay, digital, serial, industrial communications, RS-232, real-time, Field programmable gate arrays, port, high-speed, power electronics, three-phase, control networks, VHDL, converters, protocol, PLD, synchronization, ring
Design, delay, digital, serial, industrial communications, RS-232, real-time, Field programmable gate arrays, port, high-speed, power electronics, three-phase, control networks, VHDL, converters, protocol, PLD, synchronization, ring
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