OPTIMALISASI PEMBANGKIT LISTRIK TENAGA MINIHIDRO GUNUNG WUGUL BANJARNEGARA 1,5 MW × 2
Total View This Week0
Total View This Week0
Institusion
Institut Teknologi Perusahaan Listrik Negara
Author
RAIHAN NAWASHY, RIFKI
Sitorus, Meyhart Torsna Bangkit
Sitorus, Meyhart Torsna Bangkit
Subject
Teknik Elektro
Datestamp
2022-11-02 04:12:49
Abstract :
Electrical energy is now very necessary considering the community's need for electrical energy is increasing, both in the household sector and to meet the ongoing production in the industrial sector around the world. In generating electricity, it is necessary to optimize the generator. The goal is the production of power generated from the generator is expected to be maximized. To get maximum power, it is necessary to do optimization research, one of which is to regulate the flow of water entering the turbine. The efficiency value in unit 1 is 95.2 and unit 2 is 92.1. The water discharge required to maximize the output power is 62 m3/s with a power generated of 1669,360 kW, while unit 2 is 2.72 m3/s with a power generated of 1676,642 kW. The total water discharge required to maximize the output power of the generator is 5.34 m3/s with an output power of 3346,001 kW.
Electrical energy is now very necessary considering the community's need for electrical energy is increasing, both in the household sector and to meet the ongoing production in the industrial sector around the world. In generating electricity, it is necessary to optimize the generator. The goal is the production of power generated from the generator is expected to be maximized. To get maximum power, it is necessary to do optimization research, one of which is to regulate the flow of water entering the turbine. The efficiency value in unit 1 is 95.2 and unit 2 is 92.1. The water discharge required to maximize the output power is 62 m3/s with a power generated of 1669,360 kW, while unit 2 is 2.72 m3/s with a power generated of 1676,642 kW. The total water discharge required to maximize the output power of the generator is 5.34 m3/s with an output power of 3346,001 kW.
Download
book
BibTex
Latex, Jabref
cloud_download
Original Resource
url resource Institution
