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Energy crisis is increasing day by day around the globe due to overconsumption, overpopulation, wastage of energy, poor
infrastructure, and delay in commissioning of power plants, unexplored renewable energy resources and techniques. There is
an urgent need to find out the new ways of energy production and utilization techniques. Here, authors present the new
technique of energy harvesting with the movement of plant’s branches and leaves. Simulation and design algorithm of
energy harvesting system has been presented. Electricity can be produced due to air pressure on piezo nanogenerator that can
be installed on branches and leaves of plants. The effect of variation in inputs on the range of outputs has been studied. Fuzzy
Logic tool in MATLAB and Mamdani’s model have been used for the simulation and calculation. Air velocity and angle
have been considered as the two inputs and power has been considered as output of this energy harvesting system. Three
membership functions for the inputs and output parameters have been allotted. The energy harvesting system works
according to the specific defined rules. The variations of the inputs and the outputs have been displayed on the surface viewer
graphs. The results obtained by fuzzy based simulation and Mamdani’s model based calculations have only 0.27% error. This
shows that the proposed energy harvesting system will perform well.
Basit Ali, Muhammad Waseem Ashraf, Shahzadi Tayyaba, Muhammad Zahid Qureshi, Ghulam Sarwar, Muhammad Faisal Wasim, Nitin Afzulpurkar. (2016) Fuzzy Logic Based Energy Harvesting With The Movement Of Plants Branches And Leaves, , Volume-53, Issue-2.
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