Sliding mode-based control of an electric vehicle fast charging station in a DC microgrid
AM Mohammed, SNH Alalwan, A Taşcıkaraoğlu… - … Energy, Grids and …, 2022 - Elsevier
… a DC microgrid including EVFCS and distributed generation … on historical data and its easy
adaptability to complex systems… LC filter, a DC source and a control circuit, as shown in Fig. 9 …
adaptability to complex systems… LC filter, a DC source and a control circuit, as shown in Fig. 9 …
Grid-aware distributed control of electric vehicle charging stations in active distribution grids
… In summary, the main contributions of this paper are: i) a … , network branches are represented
by 3-phase Π-circuit … Furthermore, we assume three-phase chargers are balanced, DC …
by 3-phase Π-circuit … Furthermore, we assume three-phase chargers are balanced, DC …
Smart control of an electric vehicle for ancillary service in DC microgrid
… subsidy of Distribution System Operator (DSO) for electricity sales … equivalent circuits [29].
However, battery packs in EVs are … Detailed logical steps are explained in subsequent sections …
However, battery packs in EVs are … Detailed logical steps are explained in subsequent sections …
Hierarchical operation of electric vehicle charging station in smart grid integration applications—An overview
… power factor circuit can be employed to control the charging … simpler control framework and
the power architecture of DC-… up the gap between electric vehicle power demand and local …
the power architecture of DC-… up the gap between electric vehicle power demand and local …
Hybrid methodology-based energy management of microgrid with grid-isolated electric vehicle charging system in smart distribution network
… 4, and finally, the conclusion of the paper is explained in Sect. 5. … The electric vehicle power
discharge is expressed. … The circuit's primary purpose is to join the EV battery terminals to the …
discharge is expressed. … The circuit's primary purpose is to join the EV battery terminals to the …
Electric vehicle attack impact on power grid operation
… Their work, however, relied on the DC power flow model that … has its issues and vulnerabilities
as explained herein. … compensation mechanisms in the distribution network, the reactive …
as explained herein. … compensation mechanisms in the distribution network, the reactive …
Design and implementation of single-input-multi-output DC-DC converter topology for auxiliary power modules of electric vehicle
M Dhananjaya, D Potnuru, P Manoharan… - IEEE …, 2022 - ieeexplore.ieee.org
… Multioutput DC-DC converters are required in various applications, … circuitry and simplify
the design. EVs with auxiliary power modules using Single-InputMulti-Output (SIMO) DC-DC …
the design. EVs with auxiliary power modules using Single-InputMulti-Output (SIMO) DC-DC …
A review of DC-AC converters for electric vehicle applications
… Recent research on electric vehicle power converters is also discussed, with highlighting on
… inverter circuit topologies with a reduced number of devices and a simpler control scheme […
… inverter circuit topologies with a reduced number of devices and a simpler control scheme […
Simulation optimal and design of 3-kW DC-DC converter for pure electric vehicles
GB Sun, S Zhou, YJ Chiu, ZR Lv - Advances in Mechanical …, 2023 - journals.sagepub.com
… In summary, currently, much research has been conducted … 3-kW DC-DC pure electric
vehicle power converter met the … to a short circuit of the resonance network composed of them. …
vehicle power converter met the … to a short circuit of the resonance network composed of them. …
A review on impact analysis of electric vehicle charging on power distribution systems
… utility grid must be analyzed both on the circuit level and system … performance indicator are
also explained in detail. Then the … This dc link voltage forms input for dc – dc converter (buck …
also explained in detail. Then the … This dc link voltage forms input for dc – dc converter (buck …