Microhydro Riam Transition as A Form of Green Energy in Batu Kacang Village, Dabo District, Lingga District Indonesia

Faculty of Maritime Engineering and Technology, Universitas Maritim Raja Ali Haji, Indonesia

^* Corresponding author: mujahidin@umrah.ac.id

Abstract

The electrical energy crisis is a problem faced by the Batu Kacang Village Community, related to the high demand for energy distribution, The limited access to electricity for the people of Batu Kacang Village means that public facilities in the form of lighting have not been fully accommodated, The scope of the program is limited, this research does not reach far into the operational development, maintenance and further development stages of an innovative green energy system, Optimization of the green energy transition in this research will be measured by three indicators, namely, activity, productivity and sustainability, The method used is capacity building, observation of component performance and systematic recording of measuring data, experimental research methods referring to references related to Microhydro Power Plants, The results show, the initial voltage is 12 volts with a current of 0.34 amperes, at the 4th to the 8th hour the current in the battery remains stable, namely 0.32 amperes and there is a decrease in the current at the 9th hour with a current of 0.27 amperes. or a decrease in current of 0.05 amperes. In the following hours the battery current decreased continuously from 0.26 amperes to 0.13 amperes or a decrease of 0.13 amperes, from 0.13 decreased to 0.09 and decreased again to 0.05 in the 12th hour or decreased by 0.04 amperes. The final voltage on the battery is 8.0 volts or 66% of the battery’s full capacity.