Abstract
In this study, wind data of different location of Bangladesh has been analyzed collected from Local Government Engineering Department (LGED). From some analyses, Kuakata sea region has been selected as proper location for establishing wind power system. Through proper investigation it has been tried to find out the way for developing sustainable wind energy system which is to be developed in the coastal area of Bangladesh. Besides it has been analyzed different turbines and found which is better for a particular location. It has been observed that to provide a sustainable wind energy system, a minimum wind velocity of 4 m/sec is needed for specific turbine. Diesel generator has been used to supply deficiency of wind system during lower wind flow. Besides, converter and battery have been set up to store excess power. All of the theoretical endeavours have been observed through simulation. World renowned software named ‘Homer’ has been used for simulation. Using this software sensitivity analysis and optimization have been accomplished. Through all these efforts it has been tried to propose how to set up optimum wind power system.
Highlights
In this study, wind data of different location of Bangladesh has been analyzed collected from Local
At most sites the wind speed has the Weibull distribution with k = 2, which is known as the Rayleigh distribution
Numerous wind turbines are installed at one site to build a wind farm of the desired power production capacity
Summary
Wind data of different location of Bangladesh has been analyzed collected from Local. The objective of these hybrid power systems is to generate and optimize electrical energy using wind flow in rural area of Bangladesh. The mean wind power density found at the Kuakata at 30 m height is 85 W/m2 and the mean energy content is 745 On the other hand the mean wind speed, wind power density and mean energy content at the Kutubdia are, Fig. 1: Wind turbine.
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