DEVELOPMENT, MANUFACTURE AND TESTING OF HORIZONTAL AXIS WIND MICROTURBINES WITH POWER OF 10 KW
Journal Title: ANALELE UNIVERSITATII DIN CRAIOVA - Seria Inginerie electrica - Year 2011, Vol 35, Issue 35
Abstract
Under the circumstances of the total energetic recourses deficit in the Republic of Moldova appears the problem of non-traditional sources utilization recovered by energy. Important sources of renewable energy are the wind, solar and hydraulic energies. Wind energy is one of the most ancient forms of energy used by Homo sapiens. Concurrently with the emergence of new energy sources (fossil fuels, atomic energy etc.) this form of energy yielded up the priority and changed itself into alternative one, which, at present, begins to regain its positions not only from the ecological, but also from the economical point of view. Under the circumstances of the present energy crisis (even at worldwide level), the wind energy conversion systems could have a significant weight in the production of (mechanical, electrical etc.) energy in the Republic of Moldova, in particular, for providing the individual consumer with energy using wind turbines of low power (until 30kW). In order to redress the situation of the energy sector, the Government of the Republic of Moldova, through the agency of the Supreme Council for Science and Technological Development (Academy of Sciences of Moldova), initiated more State Programs, in which one of the directions is immediately related to the elaboration of renewable energy conversion systems. This paper deals with the elaboration and fabrication of the industrial prototypes of horizontal axis wind microturbines with power of 10 kW. Currently have been manufactured 10 horizontal axis wind turbine with power of 10 kW, concerning some novelty elements. These wind turbines will be installed in different geographic areas of the Republic and will be tested. Test results will be included in this paper.
Authors and Affiliations
Ion BOSTAN, Valeriu DULGHERU, Viorel BOSTAN, Anatol SOCHIREANU
Keywords
Related Articles
- EP ID EP124625
- DOI -
- Views 133
- Downloads 0
Indirect Current Control Algorithm Implementation and Validation, for Active Filtering Using Constant Switching Frequency Hysteresis Controllers
The aim of this paper is the implementation and the experimental validation of a constant switching frequency hysteresis current controller as a part of an active filtering system control algorithm, based on the indirect...
Some Problems Concerning Power Management System for More Electric Aircraft
This paper aims to present some problems concerning the electric power management systems of aircraft. In the first sections are presented some converters topologies used on aircraft, principles and digital control s...
Experimental System for Transient Stress Dimmision by Using Controlled Commutation
The controlled switching can be applied to any type of commutations. Now there are dedicated controllers which are used more often for the switching of the transport and distribution lines, of the small inductive loads,...
The Implementation and Validation of a Bidirectional PWM Boost Rectifier Control Algorithm
The aim of this paper is the design and implementation of the control algorithm of a PWM boost rectifier capable to handle bidirectional energy flow. For this goal, the boost rectifier control loops must be tuned for the...
ANALYSIS OF POWER QUALITY PARAMETERS USING A GRAPHICAL USER INTERFACE
The paper presents the main features of an original program with graphical interface used to process the data obtained from measurements concerning the electric energy from a rectifying substation corresponding to an urb...