Electricity for PKL Home System

Renewable Energy

In this research work it has been conducted the performances of PKL electricity for practical utilization in DC appliances. The parameters like open circuit voltage (Voc), Short circuit current (Isc), discharge voltage (Vd), discharge current (Id), power, current density, power density, energy efficiency, columbic efficiency voltage efficiency have been developed. The parameters have been measured by sophisticated multimeters with different DC appliances as a load. The variation of open circuit voltage (Voc), Short circuit current (Isc), discharge voltage (Vd), discharge current (Id), power, current density, power density, energy efficiency, columbic efficiency voltage efficiency with the variation of different day of the weeks have been studied. It is found that the performances decreased firstly and then increased. Then it can be concluded that the PKL electrochemical cell has retarding force. The observations have been taken for different weeks. The findings of this article are that the PKL electrochemical cell is feasible and viable for DC appliances for practical utilizations. It is possible to produce electricity from PKL electrochemical cell. The produced electricity is DC. So that it is feasible and viable to run the DC appliances like Solar Photovoltaic system. It can be used instead of solar photovoltaic electricity. It can be used for a long time with the same PKL extract. The PKL extract should be filtered for better performance. It was found that the maximum energy efficiency was 38.38% and the minimum energy efficiency was 25.85%. It was also found that the maximum columbic efficiency was 92.43% and the minimum columbic efficiency was 62.63%. It was also found that the maximum voltage efficiency was 41.98% and the minimum voltage efficiency was 41.51%. This work is new and innovative work. This work will be the guide line for near future to generate electricity production.

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