Dampak Terputusnya Kabel Laut pada Stabilitas Pembangkit di Region 4(Jawa Timur dan Bali)

Abstract – This paper is concerned to the performance of multimachine power systems, to find out the response of each electric power station in Region 4 that subjected to disturbances on Banyuwangi to Bali submarine feeder disconnection.  Besides to know how effective an power system stabilizer (PSS) was used on each electric power station. EDSA simulations resulted performances of each Read more

The Blackout Influencing on Oscillation of Power Injection in Multimachine System

Abstract – The oscillation control based on power system that replace the conventional  automatic voltage regulators for excitation control additional in a multimachine power system is presented in this research. The design is based on equilibrium and decreasing time oscillation each generator, a powerful adaptive critic technique. The feedback variables are completely based on locally measurements  from the generators. Simulations Read more

Performance Analysis of Supercritical Steam Generator at Lestari Banten Energi Steam Power Plant Based on Coal.

SABASTIAN ROY NASIER, 2024 The increase in electricity demand in Indonesia encourages the optimization of power plant performance, especially Steam Power Plants to become the largest national electricity provider in 2023 by 42.12%. In an effort to support the 2060 net zero emission target and increase the efficiency ofelectricity supply as in PERMEN of ESDM No. 9 of 2020, a Read more

Development of Optimization Strategy on Orca Predation Algorithm for More Efficient Economic Dispatch Problem

Aida Fitria., Vivi 2024 The problem in the Economic Dispatch Problem (EDP) lies in optimizing the allocation of generation power to minimize operating expenses while meeting power system constraints. Various metaheuristic algorithms have been used to solve EDP, but many still face challenges in achieving a balance between exploration and exploitation. Orca Predation Algorithm (OPA) is a promising algorithm, but Read more