Linear Programming model of operation and Multi-Area of an electrical power system
DOI:
https://doi.org/10.54753/cedamaz.v12i2.1553Keywords:
Economic Dispatch, Linear Programming, Electrical Power Systems, Distributed Generation, Renewable EnergyAbstract
The linear programming model of operation (LPO) consider from energy supply to final customer. In resolving the LPO of an electrical power system (EPS), the goal is to find the optimal allocation or economic dispatch (ED) of output power among the conventional generation technologies and and renewable power generation (specifically wind) to meet system load at a minimum operational cost. In the proposed model, it has been used using a deterministic-linear approach with mathematical expressions that use variables such as: status operation of generation units as a function of time, power dispatch from wind and conventional units, electricity deficit, power transfer between the bars, losses in the transmission lines. Additionally, factors and mathematical equations are included to deal with the wind variability. A didactic case study is presented to explain the proposed structure.Metrics
References
Economic Dispatch, Linear Programming, Electrical Power Systems, Distributed Generation, Renewable Energy.
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