A Comparative Analysis of The New Excitation Controlled Synchronous Generator-Based Wind Turbine

Abstract

Excitation Controlled Synchronous Generator-based Wind Turbine (ECSG WT) is a recently proposed wind turbine scheme which has not been fully investigated in detail. This paper is devoted to analyze performance of the ECSG WT scheme and to compare it with two mainstream wind turbine schemes based on electrically excited synchronous generator, i.e. VSC-based full converter wind turbine and diode bridge rectifier-based wind turbine equipped with boost converter on its DC link. The aim of this comparison is to demonstrate great potentials of ECSG WT for being considered in wind industry. To do so, two successful WT schemes at the market which are structurally close to ECSG WT are selected. The comparison includes different technical and economic aspects of the three schemes, assuming DC grid connection for the wind turbines. In addition, another comparison is made between the recently introduced Siemens 2 nd generation DC Grid Access Offshore wind farm and a wind farm with similar structure, but using ECSG WTs. The results of these comparisons declare that ECSG WT scheme has promising characteristics, especially regarding economic, reliability and efficiency aspects.

Adaptive Inverse Deep Reinforcement Lyapunov learning control for a floating wind turbine

“…In [20], the authors suggested the enhancement of the surface of flange shrouded wind turbine to optimize the energy harvest. Shamsnia and Parniani compared the performance of the new excitation controlled synchronous generator-based wind turbine with electrically excited wind turbine to show that the proposed new structure is promising in terms of economic, reliability, and efficiency [21]. Abedini et al investigated the microgrids including power plant and two wind turbines with all possible realworld assumptions as purpose of educational courses [22].…”