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It serves two purposes in case of deficit solar irradiation, power can be taken from the grid and when there is surplus irradiation, power can be fed to the grid. To overcome this, PV module can be connected to the grid. PV module alone cannot supply reliable power to the isolated load effectively. The major disadvantage with PV system is its uncertain and intermittent power output which depends on weather conditions. The PV module with proposed MPPT controller is analyzed in stand-alone mode. Hence, an intelligent controller is designed using ANFIS which draws much energy and fast response under continuously changing operating conditions. However, this conventional method cannot track rapid changes in the solar irradiation effectively. Initially, an MPPT controller is designed using Perturb and Observe (P&O) method.
The MXS 60 PV Module specifications is considered for the analysis and models of solar PV module and a DC/DC Boost converter are developed in MATLA/SIMULINK environment. This paper presents an intelligent control technique for the Maximum Power Point Tracking (MPPT) of a photovoltaic (PV) system using adaptive neuro-fuzzy inference system (ANFIS) under variable solar irradiation conditions. It indicates That ANFIS models is well proven to be used in predicting The cases of dengue fever. By simulating three methods for maximum predicted results, it was found that the ANFIS method with Grid Partition as the establishment of FIS is the best model to generate value with the smallest RMSE testing is 0.71. In this paper using three methods for establishment of FIS: Grid Partition, Substractive Clustering and Fuzzy C Means. Weather factors such as air humidity, air temperature, rainfall and number of rain days is used as the factors that influence the incidence of dengue hemorrhagic fever. The purpose of this paper was to design an application to predict the number of dengue hemorrhagic fever patients with ANFIS method. The spread of dengue fever outbreaks globally with frequency levels tend to be higher during the period of last 50 years gave rise to an idea that systematic prevention.
Dengue Hemorrhagic Fever is one of the dangerous infectious diseases that can cause death within a short time and often cause epidemic.
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