INTEGRATED SYSTEM OF PRODUCTION AND ADJUSTMENT OF AC ELECTRIC ENERGY PARAMETERS FOR LOW POWER ISOLATED SITES THAT USE WIND ENERGY AS PRIMARY ENERGY
Journal Title: ANALELE UNIVERSITATII DIN CRAIOVA - Seria Inginerie electrica - Year 2011, Vol 35, Issue 35
Abstract
This paper presents research results regarding the realization as unit block of the system made from a single-phase permanent magnet synchronous generator and a single-phase transformer. The proposed synchronous generator has double-gap, with high moment of inertia and axial magnetic field distribution. Built-in electrical transformer has toroidal core (effectively, the empty cylinder is made of electrical steel sheets) where are placed concentrated windings. The structure chosen for low power synchronous generator - with multiple air-gaps, axial magnetic field distribution and high moment of inertia - is particularly useful in conversion systems of wind energy in electricity because it allows the removal of mechanical gearbox for adjustment of aerogenerator output parameters at the input parameters of the electric generator (mechanical gateway). To envision some of the functional particularities, generated by constructive features of such an integrated system, in this paper was accomplished with PDE-ase software, an analysis of magnetic field distribution within the structure. In order to allow an overview regarding forces distribution in this integrated system, the maximum specific energies, existing in the structure were also determined, which along with Lagrangian formalism, were measured developed specific forces. In conclusion, the realization of such an integrated system is possible and recommended for remote sites where electricity is to be maintained parameters - obtained from wind energy - a certain level, without the intervention of power electronics.
Authors and Affiliations
Ion VONCILA, Madalin COSTIN
Keywords
Related Articles
- EP ID EP150555
- DOI -
- Views 102
- Downloads 0
Effect Assessment of TCSC on Algerian Transmission Line Protected by IDMT Directional Overcurrent Relay
The paper presents the effect of apparent reactance and injected voltage by series Flexible AC Transmission System (FACTS) i.e. Thyristor Controlled Series Capacitor (TCSC) on transmission line high voltage protected...
Considerations on Design and Control Modelling of Permanent Magnet Synchronous Motors for Driving Electric Bicycles
In this paper, the authors address the current state of development of one of the conventional electric vehicles, already used and which will penetrate massively in the transport of persons. Are approached particularitie...
Neuro-fuzzy DTC for an Electrical Drive System with Induction Motor. A SISO controller for the velocity loop
The paper presents some design aspects concerning the implementation of a neuro-fuzzy controller for the velocity loop of an electrical drive system with induction motor and a Direct Torque Control strategy. The approach...
Modeling Three-Phase Short-Circuits for Radial Distribution Systems
Monitoring radial distribution systems in shortcircuit conditions represents a quite important issue of electric power networks supplied by renewable sources. The method presented in the paper aims to establish in labora...
Design Optimization of an Asynchronous Motor Used in Light Railway Traction
The appropriateness of this work is provided by highlighting some aspects insufficiently treated in the areas of designing and dimensioning of asynchronous traction motors associated with light traction static converters...