Evaluation of ultra-compact rectifiers for low power, high-speed, permanent-magnet generators
作者： D. Krahenbuhl , C Zwyssig , K. Bitterli , M. Imhof , J. W. Kolar
DOI: 10.1109/IECON.2009.5414964
关键词: Power electronics 、 Power factor 、 Electrical engineering 、 Engineering 、 Distributed power 、 Rectifier 、 Converters 、 Generator (circuit theory) 、 Pulse-width modulation 、 Power (physics)
摘要: Literature reports several future portable and distributed power supplies in the watt to kilowatt range based on rotating machinery equipped with a variable-speed permanentmagnet generator. In order generate constant dc voltage, an ultra-compact, highly efficient, low rectifier is required. this paper, different topologies are compared concerning losses, volume control complexity. The most suitable, half controlled three-phase PWM boost (HCBR) selected evaluated, novel modulation scheme enhancing electronics efficiency proposed. integration into compressed-air-to-electric-power-system generator at 350 000 rpm presented including measurement results.
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