A study on the effect of embedded surface area of the electrodes for voltage collection from living PKL tree

Renewable Energy

To study the effect of surface area of electrodes for voltage collection from living PKL (Pathor Kuchi Leaf) tree has been studied. Seven PKL living trees were selected for voltage collection by 7 researchers separately. The seven living trees were connected in series combination and then collected voltage. It was seen that the cultivated voltage 40.39% decreased after series combination. The reason behind it is such as lose connection of the wire, insulation loss, error of the instruments, such as core loss(Hysteresis loss and Eddy current loss), winding copper loss / line loss (I2R loss), no load current (Io), active component of no load current (Iw), magnetizing component of no load current(Iµ) , no load resistance (Ro), no load reactance(Xo), equivalent resistance referred to primary (R01) , reactance referred to primary(X01) and impedance referred to primary(Z01) and efficiency(η)of the practical transformer of the practical living PKL tree. Some of the few parameters have been studied. The variation of electrodes surfaces with the variation of cultivated voltages has been studied. Finally, it has been shown that the cultivated voltage from living PKL tree depends on the embedded surface area of the electrodes area, age of the PKL tree, soil of the land for PKL tree and thickness of the PKL. Most of the results have been tabulated and graphically discussed.

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