Titlebook: Cooperative Synchronization in Distributed Microgrid Control; Ali Bidram,Vahidreza Nasirian,Frank L. Lewis Book 2017 Springer Internationa

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https://doi.org/10.1007/978-3-319-50808-5Power Systems Control; AC Microgrids; DC Microgrids; Network Optimization; Multi-agent Systems; Consensus

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obviate

The Werewolf in Nineteenth-Century Denmark,The droop mechanism, or its variations [.,.,.,.,.,.,.,.,.], is a common decentralized approach to realize the primary control, although alternative methods (e.g., virtual oscillator control [.,.,.,.]) are emerging. It emulates virtual inertia for AC systems and mimics the role of governors in traditional synchronous generators [.].

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Control and Modeling of Microgrids,In this chapter, the control objectives in AC and DC microgrids are discussed separately. This chapter brings together the existing AC and DC microgrid control schemes. Based on the desired control objectives, mathematical models are presented for DGs. These mathematical models are the key elements in designing control schemes for microgrids.

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Distributed Control of AC Microgrids,The traditional secondary control of microgrids discussed in Chap. 2 exploits a centralized control structure.