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• W2270782000 abstract "Due to the convergence of several profound trends in the energy sector, smart gridsare emerging as the main paradigm for the modernization of the electric grid. Smartgrids hold many promises, including the ability to integrate large shares of distributedand intermittent renewable energy sources, energy storage and electric vehicles, as wellas the promise to give consumers more control on their energy consumption. Such goalsare expected to be achieved through the use of multiple technologies, and especially ofinformation and communication technologies, supported by intelligent algorithms.These changes are transforming power grids into even more complex systems, thatrequire suitable tools to model, simulate and control their behaviors. In this dissertation,properties of multi-agent systems are used to enable a new systemic approach to energymanagement, and allow for agent-based architectures and algorithms to be defined. Thisnew approach helps tackle the complexity of a cyber-physical system such as the smart gridby enabling the simultaneous consideration of multiple aspects such as power systems, thecommunication infrastructure, energy markets, and consumer behaviors. The approach istested in two applications: a “smart” energy management system for a gas turbine powerplant, and a residential demand response system.An energy management system for gas turbine power plants is designed with the objectiveto minimize operational costs and emissions, in the smart power generation paradigm.A gas turbine model based on actual data is proposed, and used to run simulations witha simulator specifically developed for this problem. A metaheuristic achieves dynamicdispatch among gas turbines according to their individual characteristics. Results showthat the system is capable of operating the system properly while reducing costs and emissions.The computing and communication requirements of the system, resulting from theselected architecture, are also evaluated.With other demand-side management techniques, demand response enables reducingload during a given duration, for example in case of a congestion on the transmissionsystem. A demand response system is proposed and relies on the use of the assets ofresidential customers to curtail and shift local loads (hybrid electric vehicles, air conditioning,and water heaters) so that the total system load remains under a given threshold.Aggregators act as interfaces between grid operators and a demand response market. Asimulator is also developed to evaluate the performance of the proposed system. Resultsshow that the system manages to maintain the total load under a threshold by usingavailable resources, without compromising the steady-state stability of the distributionsystem." @default.
• W2270782000 created "2016-06-24" @default.
• W2270782000 creator A5073323385 @default.
• W2270782000 date "2012-12-07" @default.
• W2270782000 modified "2023-09-25" @default.
• W2270782000 title "Agent-Based Architectures and Algorithms for Energy Management in Smart Gribs : Application to Smart Power Generation and Residential Demand Response" @default.
• W2270782000 cites W118107596 @default.
• W2270782000 cites W1420194681 @default.
• W2270782000 cites W1505338788 @default.
• W2270782000 cites W1515383450 @default.
• W2270782000 cites W1518078339 @default.
• W2270782000 cites W1518489766 @default.
• W2270782000 cites W155490800 @default.
• W2270782000 cites W1558004581 @default.
• W2270782000 cites W1558231179 @default.
• W2270782000 cites W1558767199 @default.
• W2270782000 cites W1564370218 @default.
• W2270782000 cites W1565134387 @default.
• W2270782000 cites W1581869137 @default.
• W2270782000 cites W1595159159 @default.
• W2270782000 cites W1597785538 @default.
• W2270782000 cites W1607900896 @default.
• W2270782000 cites W1769673641 @default.
• W2270782000 cites W1904065432 @default.
• W2270782000 cites W1964839117 @default.
• W2270782000 cites W1966253115 @default.
• W2270782000 cites W1967499652 @default.
• W2270782000 cites W1968402643 @default.
• W2270782000 cites W1968797214 @default.
• W2270782000 cites W1969260179 @default.
• W2270782000 cites W1976945900 @default.
• W2270782000 cites W1977209346 @default.
• W2270782000 cites W1981250493 @default.
• W2270782000 cites W1982650577 @default.
• W2270782000 cites W1988691996 @default.
• W2270782000 cites W1990697000 @default.
• W2270782000 cites W1992396666 @default.
• W2270782000 cites W1992517826 @default.
• W2270782000 cites W1992679131 @default.
• W2270782000 cites W1994348807 @default.
• W2270782000 cites W1997081029 @default.
• W2270782000 cites W1997898472 @default.
• W2270782000 cites W2000825106 @default.
• W2270782000 cites W2004662601 @default.
• W2270782000 cites W2005352244 @default.
• W2270782000 cites W2010930791 @default.
• W2270782000 cites W2011597144 @default.
• W2270782000 cites W2014960257 @default.
• W2270782000 cites W2017956739 @default.
• W2270782000 cites W2018566032 @default.
• W2270782000 cites W2020537916 @default.
• W2270782000 cites W2020638179 @default.
• W2270782000 cites W2022771152 @default.
• W2270782000 cites W2024692966 @default.
• W2270782000 cites W2027357857 @default.
• W2270782000 cites W2028067687 @default.
• W2270782000 cites W2030846484 @default.
• W2270782000 cites W2032135376 @default.
• W2270782000 cites W2032380515 @default.
• W2270782000 cites W2033011996 @default.
• W2270782000 cites W2036629583 @default.
• W2270782000 cites W2039048406 @default.
• W2270782000 cites W2040451935 @default.
• W2270782000 cites W2041561605 @default.
• W2270782000 cites W2042459928 @default.
• W2270782000 cites W2043938779 @default.
• W2270782000 cites W2045873748 @default.
• W2270782000 cites W2050304929 @default.
• W2270782000 cites W2052397158 @default.
• W2270782000 cites W2053518311 @default.
• W2270782000 cites W2053918053 @default.
• W2270782000 cites W2055755269 @default.
• W2270782000 cites W2056686206 @default.
• W2270782000 cites W2059261907 @default.
• W2270782000 cites W2059808776 @default.
• W2270782000 cites W2061668694 @default.
• W2270782000 cites W2073903244 @default.
• W2270782000 cites W2074219305 @default.
• W2270782000 cites W2078388252 @default.
• W2270782000 cites W2082811521 @default.
• W2270782000 cites W2083951033 @default.
• W2270782000 cites W2084151588 @default.
• W2270782000 cites W2084895031 @default.
• W2270782000 cites W2089928444 @default.
• W2270782000 cites W2093151195 @default.
• W2270782000 cites W2095030391 @default.
• W2270782000 cites W2096096387 @default.
• W2270782000 cites W2096363080 @default.
• W2270782000 cites W2097250616 @default.
• W2270782000 cites W2097301099 @default.
• W2270782000 cites W2097806160 @default.
• W2270782000 cites W2099683233 @default.
• W2270782000 cites W2101571262 @default.
• W2270782000 cites W2107991856 @default.
• W2270782000 cites W2108394816 @default.
• W2270782000 cites W2108713391 @default.
• W2270782000 cites W2109594101 @default.
• W2270782000 cites W2112172165 @default.
• W2270782000 cites W2112592051 @default.
• W2270782000 cites W2113185558 @default.

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