Investigation of Hybrid Power Performance with Solar Module & Wind Turbine in MATLAB

Md. Shajedul Islam, S. Rahman, Suman Chowdhury
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Abstract

This paper represents the investigation of hybrid power performance of solar & wind energy with a battery storage system. This extension is created into MATLAB Simulink environment. This paper tries to investigate the output power using Simulink and improve model design to get higher efficiency. It’s performed to achieve maximum power in any weather condition we design such as MPPT code that improves solar PV module and wind turbine energy performance. This MATLAB prototype model can implement any area by producing hybrid power generation. From the hybrid power generation system, difference in power generation with the wind turbine pitch angle and solar irradiance is less than 5%. This software implementation can be hypothetical if the large-scale hybrid power implementation is possible in Bangladesh.
基于MATLAB的太阳能组件与风力发电机组混合动力性能研究
本文研究了电池储能系统下太阳能和风能的混合动力性能。这个扩展是创建到MATLAB Simulink环境。本文试图利用Simulink对输出功率进行研究,并改进模型设计,以获得更高的效率。它可以在我们设计的任何天气条件下实现最大功率,例如提高太阳能光伏模块和风力涡轮机能源性能的MPPT代码。该MATLAB原型模型可以实现任何区域的混合发电。从混合发电系统来看,发电量与风力机俯仰角和太阳辐照度的差异小于5%。如果大规模的混合动力在孟加拉国实现是可能的,那么这种软件实现可以是假设的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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