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Along with population and economic growth in the South Kalimantan area, the demand for electricity is increasing. The electricity system of South Kalimantan Province is mostly supplied from the Barito System. The Barito System is the largest electricity interconnection system in South Kalimantan with 150 kV and 70 Kv transmission networks. In addition to paying attention to the economical and reliability sectors, a good electric power system is also needed to pay attention to the impact on the environment because this is why the optimization of the power generation system is needed for scheduling to be economically optimal in an operation of generating electrical energy. In this research, economical and emission scheduling will be carried out for hydro and thermal power plants using the help of the Matlab 2016 software. In this research, the results of the Dragonfly Algorithm simulation show that the weighting factor affects the cost of generation. If the weighting factor is prioritized on economic factors, the generation cost will be cheap, but it will have a high emission value. Keywords— Barito system, Electric power system, Hydro and thermal generator, Dragonfly Algorithm.

electrician

Penjadwalan Ekonomis dan Emisi Pembangkit Listrik Hidro dan Termal dalam Sistem 150 KV di Kalimantan Selatan dan Kalimantan Tengah menggunakan Algoritma Dragonfly