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NORpie 2000 - Topic 17: ACTIVE RECTIFIER CONTROL AND REACTIVE POWER DEFINITIONS
You are here: EPE Documents > 05 - EPE Supported Conference Proceedings > NORpie - Proceedings > NORpie 2000 > NORpie 2000 - Topic 17: ACTIVE RECTIFIER CONTROL AND REACTIVE POWER DEFINITIONS
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	Active Filtering using Vector-current Controlled VSC - Deadbeat Control and Saturation Strategies   By Rolf Ottersten; Jan Svensson	[View]   [Download]
Abstract: This paper presents a voltage source converter connected to a grid with software specially designed for limited control voltage. The voltage source converter uses a deadbeat vector current controller. The paper deals with reference voltage limitation, integrator windup and delay time compensation. Simulations and experimental verification of the proposed controller are included.
	A Frequency-Domain Interpretation on Notions of Reactive Power   By A. M. Stankovic; H. Lev-Ari	[View]   [Download]
Abstract: The paper provides a unified exposition of various definitions of reactive (or inactive) power. In particular, it presents a comparative frequency-domain analysis of definitions used in power system studies and in electric drives (the so called instantaneous reactive power). Concepts are illustrated on a common example.
	DSP implementation of adaptive modulator for three-phase PWM rectifier/inverter   By M. Malinowski, M. P. Kazmierkowski	[View]   [Download]
Abstract: The paper presents a new method of Adaptive Space Vector Modulation (ASVM) for three-phase PWM rectifier/inverter. The new solution provides full range of operation including six-step mode. Moreover guarantee minimal switching losses up to 50%. Experimental results have shown that ASVM offers several advantages and get high performances for PWM converters.