Application of Dragonfly Algorithm for Economic Scheduling Optimization and Power Plant Emissions
DOI:
https://doi.org/10.55606/jurritek.v4i1.5266Keywords:
Hydro Thermal Plant, Dragonfly Algorithm, CO2, CH4, Emission IntensityAbstract
A reliable electrical grid the power plant scheduling system needs to optimize the plant's performance by considering the economic value and the value of emissions generated by the plant, in addition to the reliability and economic sectors. This system should also take into account the environmental impact, as well as the CO2 and CH4 emissions produced by the plant. This research will use the Dragonfly Algorithm with weighting parameters to schedule hydro and thermal facilities' emissions and economic activities. That the weighting value impacts production costs and emissions is demonstrated by the data acquired from the Dragonfly Algorithm simulation. If economic considerations take precedence in assigning weights, then low-cost generating will result in high-value emissions, and vice versa. The plant's Emission Intensity rating also meets the standards established by the government.
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