This article presents a frequency dependant price signal based new automatic generation control scheme for an interconnected power system. A two-area interconnected power system model consisting of four thermal generating stations in each area is considered under this work. All generators are operating with primary/conventional automatic generation control scheme or availability based tariff automatic based generation control scheme and each generator is owned by a separate generation company. The implementation of an availability based tariff based automatic generation control scheme is carried out for switching operations between automatic generation control and non-automatic generation control mode, which is based on the difference of the generator's marginal cost and real time frequency dependent price of unscheduled generation. The performance of generators employing primary/conventional automatic generation control scheme or availability based tariff based automatic generation control scheme has been investigated. A commercial case study is carried out to demonstrate effectiveness of the proposed control scheme.
ABT Based Load Frequency Control of Interconnected Power System
2016
Article (Journal)
English
Load Frequency Control of Interconnected Power System via Multi-Agent System Method
Online Contents | 2017
|BASE | 2019
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