Combining Parameters of Fuel and Greenhouse Gas Costs as Single Objective Function for Optimization of Power Flow

Abstract

The Kyoto Protocol is a protocol that highlights on greenhouse gases that have been adopted by many countries. Based on this protocol, power plants that produce emissions are encouraged to pay compensation. Conventionally, optimization of fuel mix in the electric power system components has not involved emission charges on the electricity system. This paper proposes a single objective function of a mathematical model for the calculation of power flow optimization involving greenhouse gas emissions costs to the fuel cost function. The single objective function derived using the mathematical model approach with linear heat rate function, in order to get the relationship between the fuel cost function with GHG emission. Namely, the function of energy costs as a combination of fuel costs and GHG emission costs can be shown as a quadratic function.

Influence Types of Startup on Hydrothermal Scheduling

“…Power plants that are ready to supply the grid have the characteristics of a quadratic function to the generated power, see reference [21]. The cost function parameters consist of constants (α, β, γ).…”

“…With α, β, γ are the parameters cost which depends on the type of power plant, as shown in [21]. Symbols subscript x is a power plant that is cost at the time j.…”

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Control System Based on Fuzzy Logic In Nutmeg Oil Distillation Process

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