Monitoring and protection systems in a power plant using turbine vibration energy.

Monitoring and protecting power plants with turbine vibration energy so that the generated electrical energy data can be monitored in real time and also as a protection when the vibrational energy generated could potentially harm the equipment or the surrounding environment. The mechanics of this system use a piezoelectric component attached by a holding pillar with a permanent magnet base that can be activated or turned off using a pin, then this monitoring system works by detecting the voltage and current generated by the piezoelectrician then processed by the microprocessor, the resulting data will be displayed on the LCD screen and will be stored on a memory card so that the data recorded can be used for other research purposes. On this device also available communication terminals that can be connected to various other devices such as smartphones, computers, or other IOT technology. Prior to being applied to large-scale power plant turbines, the current data collection method is being implemented in the State Polytechnic of Ujung Pandang Laboratory, using microcontrollers to process voltage data from Piezoelectric as well as vibration data that is synchronized with the time at the time of data collection. The voltage generated at the start of the experiment will continue to increase for 60 seconds as the given vibration energy increases. [ABSTRACT FROM AUTHOR]