Author:
Toshev Sherzod,Tosheva Shaxnoza,Sadullaev Abror,Vokhidov Akmal
Abstract
This article presents the advantages of improving and developing new types of turbines and generators designed for the production of electricity from low-speed wind and free-flowing water, at a time when the environment is deteriorating and there is a shortage of electricity. It has been analyzed that low-speed micro-hydroelectric power plants and wind power plants bring great benefits to the environment and economy through their mass use in meeting the needs of the population and businessmen for electricity. For this purpose, the effective structure of low-speed generators, micro-hydroelectric power plants and wind power plants were considered, and the issues of improving them so that they work efficiently at low speeds were considered. Mathematical equations of a low-speed generator designed to obtain electricity from low-speed wind and free-flowing water are presented. At the same time, scientific research was conducted to study, improve, and develop new types of micro-hydroelectric and wind power plants suitable for low-speed generators. As a result of scientific research, an improved wind power device designed for small speed was developed and the results of research were analyzed.
Reference14 articles.
1. System Integration of the Horizontal-Axis Wind Turbine: The Design of Turbine Blades with an Axial-Flux Permanent Magnet Generator
2. Best overall dimensions of synchronous generator with permanent magnets for small power wind plants and micro hydropower plants
3. Overvoltage in the free phase of the stator winding in case of asymmetric short circuit implicit pole synchronous generator biaxial excitation
4. Pirmatov N., Toshev Sh., Tosheva Sh., Mustafakulova G., Small-speed synchronous generator with rotating magnetization axis, Utility model patent, No. FAP 01558, Tashkent (2020)
5. Aner M., Improved MPPT Dynamics for Starting and Power Extraction of a Small Wind Turbine Employing a PMSG and a VSMC, Ph. D Dissertation, University of Calgary, Calgary (2014)
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