Application of thermocouple sensors on hot stone for voltage generating in renewable energy

This study is conducted for the search of new energy to accommodate today’s renewable energy shortage in various aspects such as the high cost needed to make renewable energy plantations, requiring a large amount of space, revealing pollution in the early farms of renewable energy and renewable energy limited in each country itself. To solve this problem, a renewable source of renewable energy is reviewed based on hot stone and data collection to strengthen this new discovery. By placing the thermocouple in the rock, it will display the current temperature in the rock and, in practice, the temperature inside the rock is higher than its surrounding temperature. In this study the temperature heat in the rock will be converted into a voltage value and the results will be displayed on the LCD. To charge 12V battery, it will take 12 to 16 hours completely and also depends on sensor sensitivity used in the thermocouple and the weather at that time. With this study, it has proven that hot stone can be one of the more effective and efficient renewable new energy to reduce space, pollution and low cost to be implemented.