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Scope of wind energy in Bangladesh and simulation analysis of three different horizontal axis wind turbine blade shapes

机译:孟加拉国风能范围及三种不同水平轴风力涡轮机叶片形状的仿真分析

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Economic growth and energy demand are intertwined. Therefore, one of the most important concerns of the government and in the world is the need for energy security. Currently, the world relies on coal, crude oil and natural gas for energy generati on. However, the energy crisis together with climate change and depletion of oil have become major concerns to all countries. Therefore, alternative energy resources such as wind energy attracted interest from both public and private sectors to invest in energy generation from this source extensively. Both Vertical and Horizontal axis wind turbine can be used for this purpose. But, Horizontal axis is the most promising between them due to its efficiency and low expense. Bangladesh being a tropical country does have a lot of wind flow at different seasons of the year. However, there are some windy locations in which wind energy projects could be feasible. In this project a detailed review of the current st ate-of-art for wind turbine blade design is presented including theoretical maximum efficiency, Horizontal Axis Wind Turbine (HAWT) blade design, simulation power and COP values for different blade material. By studying previously collected data on the wind resources available in B angladesh at present and by analyzing this data, this paper will discuss the scope of wind energy in Bangladesh.
机译:经济增长和能源需求相互交织。因此,在世界上政府的和最重要的问题之一是需要能源安全。目前,世界上依赖于煤炭,原油和天然气在能源generati。然而,随着气候变化和石油枯竭的能源危机一起成为所有国家的主要关切。因此,替代能源如风能吸引公共和私营部门的兴趣从这个来源广泛应用于能源发电投资。垂直和水平轴线风力涡轮机可以被用于此目的。但是,横轴是由于其效率和低费用之间的最有前途的。孟加拉国是一个热带国家确实有在一年的不同季节有很多风流。不过,也有在风能项目是可行一些多风的位置。在该项目中的当前日的详细审查吃的最先进的用于风力涡轮机叶片设计被呈现包括理论上的最大效率,对于不同的叶片材料水平轴风力涡轮机(HAWT)叶片设计,模拟功率和COP值。通过研究目前并通过分析这些数据B中angladesh可用的风力资源之前收集的数据,本文将讨论风能在孟加拉国的范围。

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