The student who made the title of this Final Project is Ainiyyah Pramesta Putri Wulandari from the D3 Ship Electrical Engineering Study Program.
This final project, using solar cells as the generator of the Automatic Sliding Roof. Where when sunlight enters the surface of the solar panel, the solar panel will convert light energy into electrical energy. will convert light energy into electrical energy. Then enter the solar charger controller which will charge the battery. Continued into the buck converter circuit, if the the voltage is according to the set point then it will proceed to the L298N driver. Driver L298N will control the work of the drive motor on the Arduino Uno microcontroller. In this system uses 4 (four) inputs, namely the LDR sensor, rain sensor, limit switch, and switch button. button. The system can be operated manually and automatically via a switch button. Automatic Sliding Roof System can open and close automatically. Sliding roof will close when the rain sensor detects rain and excessive sunlight intensity. excess sunlight intensity. Meanwhile, the sliding roof will always open if it does not detect rain and excessive sunlight. sunlight intensity. There is a limit switch that stops the motor when it has reached the front and rear limits.
Product Display DESIGN OF SOLAR CELL PROTOTYPE AS A GENERATOR OF AUTOMATIC SLIDING ROOF SYSTEM BASED ON MICROCONTROLLER