Design Concepts of DFIG Based Wind Turbine Control System using Neuro Fuzzy Controller for Industrial Applications
Journal Title: International Journal of Mechanical and Production Engineering Research and Development (IJMPERD ) - Year 2018, Vol 8, Issue 2
Abstract
Extracting energy from the wind by wind turbine plays important role in the renewable energy systems. In the modern world, ‘making smart city’ is the key concept to generate alternative power. Industries, Institutions, Household appliances, etc. need continuous electrical power for their needs. It can be fulfilled by renewable energy sources such as wind, solar, etc. Designing of variable wind turbine includes capturing of wind energy, conversion from mechanical rotation into electrical, starting and stopping of turbine system. These are not limited to the above, but also considering aerodynamic blade design, design of complete wind system, design of hub, generator structure and so on. For better performance of wind turbine, a control strategy can be designed so that the performance of the Power electronic components and generator used in wind turbine system can be enhanced. An optimization technique has been stated here along with intelligent control design. In this article, design concepts, performance measurement and storage capacity of wind power systems and Intelligent Controllers have been explained.
Authors and Affiliations
DHANASELVAM J, V. RUKKUMANI
Keywords
Related Articles
- EP ID EP347109
- DOI 10.24247/ijmperdapr201818
- Views 101
- Downloads 0
Surface Plate: A Critical Review
This is a review paper on surface plate. In which we will go learn about different procedures and rule engaged with the surface plate. These sorts and what are the different material utilized in making surface plate. We...
An Organic Composite Phase Change Material for Hot Food Storage: A Review
The paper reviews about the implementation of Latent Heat Storage System in the food storage techniques, due to its high- energy density and isothermal nature. It helps in sustaining the temperature of the hot food for a...
Investigation of Production Output for Improvement
Experimental determination and evaluation of ten (10) different production lines producing different brands and sizes of alcohol beverages was carried out on each of the lines according to the standard operating procedur...
New Recovery Energy Turnstile Achieved through Research and Innovation Eco-Design Method (EQFD)
The present paper focuses on the recovery of energy from the unitary passage of people inside the turnstiles. Positioned at strategic points such as stadiums, buildings and fairs, the turnstiles are objects that interact...
MECHANICAL PROPERTIES OF GLASS/BAMBOO FIBERS REINFORCED EPOXY COMPOSITES COMPARING WITH CHOPPED STRAND MAT TREATED WITH BACTERIAL CELLULOSE
Fiber-reinforced epoxy composites have played a principal role for a lengthy time of applications for their strength, cost-effectiveness, lightweight, and degradability. An innovative method of manufacturing rigid and ro...