Determining the usage feasibility of battery for disaster mitigation devices using Fuzzy Inference with Tsukamoto

Abstract

Batteries have become an electrochemical device that plays an essential role in human life. Lately, batteries have also been used in disaster research, especially volcanic disaster mitigation in Indonesia. In addition, some electronic devices require a high amount of batteries thus these devices can remain alive for the continuation of mitigation research. Therefore, we research the fuzzy inference system to determine the usage feasibility of battery in Mount Merapi. The system is used for the simulation of the application of battery monitoring which is done periodically. As a result, users can monitor and evaluate the use of a high amount of batteries at several installation points easily and cost-effectively. Moreover, from the results of the test cases using the fuzzy inference system and fuzzy manual calculations, it can be concluded that both calculations produce the same output of fuzzy value for two test cases with a different dataset.