FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2220990912> ?p ?o ?g. }

• W2220990912 abstract "With the evolving concept of smart grids, Local Distribution Companies (LDCs) are gradually integrating advanced technologies and intelligent infrastructures to maximize distribution system capability, modernize the grid, and lay the foundation for smart loads. With the development of smart grids, utilities and customers will be able to coordinately send, retrieve, visualize, process and/or control their energy needs for the benefit of both. This thesis first presents a novel smart distribution system operation framework for smart charging of plug-in electric vehicles (PEVs). Thus, a three-phase Distribution Optimal Power Flow (DOPF) model is proposed, which incorporates comprehensive models of underground cables, transformers, voltage dependent loads, taps and switch capacitors, and their respective limits, to determine optimal feeder voltage-control settings and PEV smart-charging schedules. Various objective functions from the perspective of the LDC and customers are considered, and controlled tap, switch capacitors, and charging schemes are determined for various scenarios to address the shortcomings of uncontrolled charging, using two realistic feeder models to test and validate the proposed approach. Probabilistic studies are carried out on these two feeders, based on Monte Carlo Simulations (MCS), to account for the uncertainty in customers’ driving patterns reflected in the initial PEV state-of-charge (SOC) and charging starting time. The thesis also presents mathematical models for price-responsive and controllable loads to study for the first time the smart operation of unbalanced distribution systems with these types of smart loads, based on the previously proposed DOPF model. The price-responsive load models are represented using linear and exponential functions of the price, while a constant energy load model, controllable by the LDC, is proposed to model critical and deferrable loads. The effect of feeder peak demand constraints on the controllable loads is also examined, based on the results obtained for two realistic feeder models. The two feeders are also used to study, using MCS, the variability of elasticity parameters and their impact on the output of the DOPF. Finally, the thesis presents a load model of an EHMS residential micro-hub using neural networks (NN), based on measured and simulated data. The inputs of the NN are weather, Time-of-Use (TOU) tariffs, time, and a peak demand cap imposed by the LDC. Various NN structures are trained, tested, validated, and compared to obtain the best fit for the given data. The developed function can be readily applied to the proposed DOPF for real-time optimal operation and control of LDC distribution feeders in smart grids." @default.
• W2220990912 created "2016-06-24" @default.
• W2220990912 creator A5091461790 @default.
• W2220990912 date "2016-05-24" @default.
• W2220990912 modified "2023-09-27" @default.
• W2220990912 title "Operation of Distribution Systems with PEVs and Smart Loads" @default.
• W2220990912 cites W1528140509 @default.
• W2220990912 cites W1639032689 @default.
• W2220990912 cites W1963539491 @default.
• W2220990912 cites W1975243828 @default.
• W2220990912 cites W1982143087 @default.
• W2220990912 cites W1993196546 @default.
• W2220990912 cites W2000095956 @default.
• W2220990912 cites W2007088276 @default.
• W2220990912 cites W2008123515 @default.
• W2220990912 cites W2010469623 @default.
• W2220990912 cites W2011385388 @default.
• W2220990912 cites W2017407034 @default.
• W2220990912 cites W2019769688 @default.
• W2220990912 cites W2028055611 @default.
• W2220990912 cites W2029233088 @default.
• W2220990912 cites W2033395589 @default.
• W2220990912 cites W2039188563 @default.
• W2220990912 cites W2039856804 @default.
• W2220990912 cites W2041638726 @default.
• W2220990912 cites W2046298081 @default.
• W2220990912 cites W2049010637 @default.
• W2220990912 cites W2050304929 @default.
• W2220990912 cites W2051709840 @default.
• W2220990912 cites W2052110436 @default.
• W2220990912 cites W2055134499 @default.
• W2220990912 cites W2057311268 @default.
• W2220990912 cites W2062912550 @default.
• W2220990912 cites W2078926545 @default.
• W2220990912 cites W2088543143 @default.
• W2220990912 cites W2090135854 @default.
• W2220990912 cites W2091999739 @default.
• W2220990912 cites W2093184740 @default.
• W2220990912 cites W2096290379 @default.
• W2220990912 cites W2096394894 @default.
• W2220990912 cites W2096932005 @default.
• W2220990912 cites W2098003791 @default.
• W2220990912 cites W2100291404 @default.
• W2220990912 cites W2101822270 @default.
• W2220990912 cites W2104093457 @default.
• W2220990912 cites W2106877118 @default.
• W2220990912 cites W2107991856 @default.
• W2220990912 cites W2109314891 @default.
• W2220990912 cites W2112249538 @default.
• W2220990912 cites W2113138664 @default.
• W2220990912 cites W2114461427 @default.
• W2220990912 cites W2115700971 @default.
• W2220990912 cites W2120420875 @default.
• W2220990912 cites W2121957462 @default.
• W2220990912 cites W2122611676 @default.
• W2220990912 cites W2123325158 @default.
• W2220990912 cites W2125214211 @default.
• W2220990912 cites W2125908765 @default.
• W2220990912 cites W2133279512 @default.
• W2220990912 cites W2135797872 @default.
• W2220990912 cites W2138522652 @default.
• W2220990912 cites W2143022498 @default.
• W2220990912 cites W2145786592 @default.
• W2220990912 cites W2152691316 @default.
• W2220990912 cites W2155248241 @default.
• W2220990912 cites W2156606711 @default.
• W2220990912 cites W2157254319 @default.
• W2220990912 cites W2158442843 @default.
• W2220990912 cites W2158592959 @default.
• W2220990912 cites W2160935860 @default.
• W2220990912 cites W2161736283 @default.
• W2220990912 cites W2165076581 @default.
• W2220990912 cites W2168257715 @default.
• W2220990912 cites W2170344117 @default.
• W2220990912 cites W2172245346 @default.
• W2220990912 cites W2295452136 @default.
• W2220990912 cites W2546174428 @default.
• W2220990912 cites W282155574 @default.
• W2220990912 cites W316555498 @default.
• W2220990912 cites W418523852 @default.
• W2220990912 cites W623792899 @default.
• W2220990912 cites W71198150 @default.
• W2220990912 hasPublicationYear "2016" @default.
• W2220990912 type Work @default.
• W2220990912 sameAs 2220990912 @default.
• W2220990912 citedByCount "2" @default.
• W2220990912 countsByYear W22209909122015 @default.
• W2220990912 countsByYear W22209909122016 @default.
• W2220990912 crossrefType "book" @default.
• W2220990912 hasAuthorship W2220990912A5091461790 @default.
• W2220990912 hasConcept C10558101 @default.
• W2220990912 hasConcept C119599485 @default.
• W2220990912 hasConcept C127413603 @default.
• W2220990912 hasConcept C133731056 @default.
• W2220990912 hasConcept C154945302 @default.
• W2220990912 hasConcept C165801399 @default.
• W2220990912 hasConcept C171146098 @default.
• W2220990912 hasConcept C187691185 @default.
• W2220990912 hasConcept C200601418 @default.
• W2220990912 hasConcept C2524010 @default.

• next