Optimisasi multi-objektif pembangkit listrik tenaga panas bumi (PLTP) berdasarkan analisis exergy, exergoeconomic dan exergoenvironment = Optimization of multi-objective geothermal power plant based on exergy, exergoeconomic and exergoenvironment analysis

Analisis model klasifikasi kondisi turbin pembangkit listrik tenaga panas bumi area Kamojang unit A dengan metode pendekatan machine learning untuk menentukan jadwal Overhaul = Analysis of classification model of turbine's condition in geothermal power plant area Kamojang unit A using machine learning method to determine the overhaul schedule

Analisis energy dan optimasi thermoeconomic penerapan double stage absorption system untuk meningkatkan kinerja pembangkit listrik tenaga panas bumi Kamojang = Exergy analysis thermoeconomic optimization implementtaion of double stage absorption system to improve Lamojang 5 GPP's performance

Implementasi program inspeksi berbasis risiko dan penentuan sisa usia pada jalur pipa uap pembangkit listrik tenaga panas bumi (PLTP) unit A Kamojang menggunakan metode API 581 = Implementation of risk based inspection program and pipeline remaining life measurement on the steam pipeline in geothermal power plant (GPPs) unit A Kamojang using API 581 method

Analisis exergi dan optimasi exergoeconomic sistem PLTP siklus biner dengan menggunakan multi - objective genetic algorithm = Exergy analysis and exergoeconomic optimization of PLTP system binary cycle using multi objective genetic algorithm