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Dynamic modeling of regulated solar PV-wind hybrid system for off-grid applications

机译：离网应用的可调节太阳能光伏-风混合动力系统的动态建模

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Stand-alone PV-Wind hybrid systems are finding applications in rural locations where utility grid is not available. To meet the power demand of such locations, these systems are envisaged to play a crucial role. This paper presents a regulated stand-alone PV-Wind hybrid system supposed to supply power for irrigation and domestic loads. The hybrid system is modeled with least number of components along with simple maximum power point controllers to ensure the reliability of supply under continuously changing environment (i.e. solar radiation and wind speed). The entire hybrid system is developed in MATLAB
机译：独立的PV-Wind混合动力系统正在没有公用电网的农村地区找到应用。为了满足此类场所的电力需求，设想这些系统将发挥关键作用。本文提出了一种受监管的独立式PV-风混合系统，该系统可为灌溉和家庭负荷供电。混合系统采用最少数量的组件以及简单的最大功率点控制器进行建模，以确保在不断变化的环境（即太阳辐射和风速）下的供电可靠性。整个混合系统是在MATLAB中开发的

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