Decentralized Multiarea Robust Generation Unit and Tie-Line Scheduling Under Wind Power Uncertainty


The growing interconnections of regional Power Systems and the big-scale integration of wind energy bring about the important want to coordinate multiarea generation unit and tie-line scheduling (MAUTS). It's recognized that as a result of of the restrictions on private data exchange and model management, it's suitable to handle the multiarea power scheduling drawback in a decentralized method. In this paper, the MAUTS drawback is formulated using the adaptive strong optimization (RO) theme to account for uncertain wind energy. Our model is decomposed into regional subproblems by augmented Lagrangian decomposition (ALD), which enables a totally distributed computation within an alternating direction multiplier methodology framework. To handle the nonconvexity issue, a tractable alternating optimization procedure (AOP) is developed to get high-quality solutions with finite convergence for the nonconvex mixed-integer downside. Simulations on different check systems are conducted to indicate the computational performance, the answer quality, and scalability of the proposed methodology.

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