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Reserve Constrained Dynamic Economic Dispatch with valve-point effect:A Two-stage Mixed Integer Linear Programming Approach

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CSEE Journal of Power and Energy Systems 2017年第2期3卷 203-211页

作者： Zhaolong Wu Jianying Ding Q.H.Wu Zhaoxia Jing Jiehui Zheng School of Electric Power Engineering South China University of TechnologyGuangzhou 510641China Power Generation Commercial Division Guangdong Yudean Group Co.LTDGuangzhou 510630China

This paper proposes a deterministic two-stage mixed integer linear programming(TSMILP)approach to solve the reserve constrained dynamic economic dispatch(DED)problem considering valve-point effect(VPE).In stage one,the nonsmooth cost function and the transmission loss are piecewise linearized and consequently the DED problem is formulated as a mixed integer linear programming(MILP)problem,which can be solved by commercial *** stage two,based on the solution obtained in stage one,a range compression technique is proposed to make a further exploitation in the subspace of the whole solution *** to the linear approximation of the transmission loss,the solution obtained in stage two dose not strictly satisfies the power balance ***,a forward procedure is employed to eliminate the *** simulation results on four test systems show that TSMILP makes satisfactory performances,in comparison with the existing methods.

关键词： Dynamic economic dispatch mixed integer linear programming valve-point effect spinning reserve transmission loss non-convex optimization

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Artificial bee colony optimization for economic dispatch with valve point effect

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Frontiers in Energy 2014年第4期8卷 449-458页

作者： Yacine LABBI Djilani Ben ATTOUS Belkacem MAHDAD Department of Electrical Engineering University of El-Oued El-Oued 39014 Algeria Department of Electrical Engineering University of Biskra Biskra 07000 Algeria

In recent years, various heuristic optimization methods have been proposed to solve economic dispatch （ED） problem in power systems. This paper presents the well-known power system ED problem solution consider- ing valve-point effect by a new optimization algorithm called artificial bee colony （ABC）. The proposed approach has been applied to various test systems with incremental fuel cost function, taking into account the valve-point effects. The results show that the proposed approach is efficient and robust when compared with other optimiza- tion algorithms reported in literature.

关键词： artificial bee colony (ABC) algorithm eco- nomic dispatch (ED) valve-point effect optimization

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An improved chaotic hybrid differential evolution for the short-term hydrothermal scheduling problem considering practical constraints

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Frontiers of Information Technology & Electronic Engineering 2015年第5期16卷 404-417页

作者： Tahir Nadeem MALIK Salman ZAFAR Saaqib HAROON Electrical Engineering Department University of Engineering and Technology

Short-term hydrothermal scheduling(STHTS) is a non-linear and complex optimization problem with a set of operational hydraulic and thermal constraints. Earlier, this problem has been addressed by several classical techniques; however, due to limitations such as non-linearity and non-convexity in cost curves, artificial intelligence tools based techniques are being used to solve the STHTS problem. In this paper an improved chaotic hybrid differential evolution(ICHDE) algorithm is proposed to find an optimal solution to this problem taking into account practical constraints. A self-adjusted parameter setting is obtained in differential evolution(DE) with the application of chaos theory, and a chaotic hybridized local search mechanism is embedded in DE to effectively prevent it from premature convergence. Furthermore, heuristic constraint handling techniques without any penalty factor setting are adopted to handle the complex hydraulic and thermal constraints. The superiority and effectiveness of the developed methodology are evaluated by its application in two illustrated hydrothermal test systems taken from the literature. The transmission line losses, prohibited discharge zones of hydel plants, and ramp rate limits of thermal plants are also taken into account. The simulation results reveal that the proposed technique is competent to produce an encouraging solution as compared with other recently established evolutionary approaches.

关键词： valve-point effect Prohibited discharge zones Differential evolution Chaotic sequences Constraint handling

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