Prototype Development of Data Logger as a Potentials Renewable Energy Mapping in Madura Island, Indonesia

Energy is a basic human need that always increases proportionally. The energy crisis is a problem that often occurs, especially in the archipelago. Madura is one of the islands in Indonesia that is affected by the lack of electricity supply so that this affects the quality of life and the economy of the residents on the island. The utilization of sustainable power should be reasonable with the likely that exists nearby, and afterward planning potential energy is one of the primary necessities that should be finished. The utilization of a data logger can help give an answer for the mechanical requirements that are reasonable to be applied in planning energy potential. This paper describes the design and implementation of a data logger system as a device for analyzing and mapping the potential of renewable energy in Madura Island. The results of this study are expected to be able to categorize the types of potential renewable energy in Madura so that they can be utilized optimally in overcoming the energy crisis on the island of Madura. The sorts of sensors utilized in this investigation incorporate anemometer and wind heading as a proportion of wind energy potential, and furthermore sunlight based force sensors and BME280 as a measure and observing of sun based energy potential. The sensor data put away is around 4 320 data d–1 introduced in CSV document design. The examination was done for 5 d, creating the most noteworthy normal breeze speed data on 4th d with a speed of around 10 m s–1 at 8 AM, while the most elevated sunlight based force was at 1st d at 7.29 W h–1 at 11 early afternoon. In light of the testing that has been accomplished for 5 d, it tends to be inferred that the energy potential planning framework dependent on this data logger has had the option to create precise energy potential estimation data as a kind of perspective for the utilization of likely sustainable power.