Passive wind energy conversion system association of a direct-driven synchronous motor with vernier effect and a diode rectifier

Matt, D.; Martiré, Thierry; Enrici, P.; Jac, Julien; Ziegler, Nicolas

doi:10.1109/melcon.2008.4618481

Cited by 6 publications

(2 citation statements)

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“…With an additional condition imposing a 120-V phase voltage under rated speed, we calculated the parameters of the machine's electrical model: The rectifier associated with the generator can feed a DC link with a fixed or variable voltage (see Figure 12). The load can be an accumulator, possibly fed by a chopper, or an inverter connected to a local grid [14][15][16][17].…”

Section: Introductionmentioning

confidence: 99%

Conceptual Study of Vernier Generator and Rectifier Association for Low Power Wind Energy Systems

2021

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In this paper, we study a wind energy conversion system designed for domestic use in urban or agricultural areas. We first present the turbine, which was specifically designed to be installed on the buildings that it supplies. Based on turbine characteristics, we perform analytical sizing of a Permanent Magnet Vernier Machine (PMVM), which will be used as a generator in our energy conversion system. We show the influence of this generator on system operation by studying its association with a PWM rectifier and with a diode bridge rectifier. We then seek to improve generator design so that the turbine operates closely to maximum power points, while using a simple and robust energy conversion system. We use simulation to show the improvements achieved by taking into account the entire energy conversion system during machine design.

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Section: Introductionmentioning

confidence: 99%

Conceptual Study of Vernier Generator and Rectifier Association for Low Power Wind Energy Systems

2021

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“…The effectiveness of full passive wind turbine (WT) system without active control unit ( Figure 1) has been recently shown in Abdelli et al (2007), Matt et al (2008), Sareni et al (2009) and Tran et al (2010). For such device, a "natural" impedance adaptation can be achieved with the passive structure by optimizing the accordance between system parameters using an integrated optimal design (IOD) approach based on multiobjective genetic algorithms.…”

Section: Introductionmentioning

confidence: 99%

Robust design of a passive wind turbine system

Tran

Sareni

Roboam

et al. 2012

COMPEL - The International Journal for Computation and Mathematics in Electrical and Electronic Engineering

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International audienceThe effectiveness of full passive Wind Turbine (WT) systems has been recently demonstrated. Such low cost and reliable structures without active control and with a minimum number of sensors can be efficient only if the system design parameters are mutually adapted through an integrated optimal design approach. Even if there is a good agreement between theoretical design models and an experimental prototype, it is relevant to evaluate the WT efficiency with respect to design variable variations. Thus, this work is devoted more specifically to the sensitivity analysis of a passive WT system according to electrical variable variations of the Permanent Magnet Synchronous Generator (PMSG). It also investigates the interest of a robust design approach for reducing the sensitivity of the WT efficiency to specific variable variations

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Study of the Influence of the Armature Number of Phases on the Electromagnetic Torque Quality in PM Vernier VRM

Senni¹,

Taïbi²,

Tounzi

2021

Electric Power Components and Systems

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Passive wind energy conversion system association of a direct-driven synchronous motor with vernier effect and a diode rectifier

Cited by 6 publications

References 1 publication

Conceptual Study of Vernier Generator and Rectifier Association for Low Power Wind Energy Systems

Conceptual Study of Vernier Generator and Rectifier Association for Low Power Wind Energy Systems

Robust design of a passive wind turbine system

Study of the Influence of the Armature Number of Phases on the Electromagnetic Torque Quality in PM Vernier VRM

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