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Mohammad Daisy
Mohammad Daisy
Department of Electrical Engineering, Central Tehran Branch, Islamic Azad University, Tehran, Iran
Bestätigte E-Mail-Adresse bei iauctb.ac.ir
Titel
Zitiert von
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A survey of fault prediction and location methods in electrical energy distribution networks
R Dashti, M Daisy, H Mirshekali, HR Shaker, MH Aliabadi
Measurement 184, 109947, 2021
922021
Fault location in power distribution network with presence of distributed generation resources using impedance based method and applying π line model
R Dashti, M Ghasemi, M Daisy
Energy 159, 344-360, 2018
812018
Single phase fault location in electrical distribution feeder using hybrid method
M Daisy, R Dashti
Energy 103, 356-368, 2016
732016
Impedance-based fault location method for four-wire power distribution networks
R Dashti, M Daisy, HR Shaker, M Tahavori
Ieee Access 6, 1342-1349, 2017
572017
A new fault-location method for HVDC transmission-line based on DC components of voltage and current under line parameter uncertainty
M Daisy, R Dashti, HR Shaker
Electrical Engineering 99 (2), 573-582, 2017
142017
Fault location in power grids using substation voltage magnitude differences: A comprehensive technique for transmission lines, distribution networks, and AC/DC microgrids
M Daisy, R Dashti, HR Shaker, S Javadi, MH Aliabadi
Measurement 220, 113403, 2023
132023
Single phase fault location in power distribution network using combination of impedance based method and voltage sage matching algorithm
M Daisy, R Dashti
2015 6th International Conference on Modeling, Simulation, and Applied …, 2015
132015
Proposing a new method to improve the longitudinal differential relay performance using the Clarke transformation: Theory, simulation, and experiment
R Dashti, M Daisy, S Javadi, MH Aliabadi
Measurement 168, 108450, 2021
82021
A robust transient and sustainable faults location approach for AC microgrid based on voltage and current difference measurements
M Daisy, MH Aliabadi, S Javadi, HM Naimi
International Journal of Electrical Power & Energy Systems 153, 109343, 2023
72023
Healthy and faulty mode detection in power distribution networks based on park transformation
R Dashti, M Daisy, MH Aliabadi
Electric power systems research 191, 106867, 2021
52021
A new matching algorithm for fault section estimation in power distribution networks
R Dashti, M Tahavori, M Daisy, HR Shaker
2018 International Symposium on Advanced Electrical and Communication …, 2018
52018
Data-driven fault location approach in AC/DC microgrids based on fault voltage and current differences
M Daisy, MH Aliabadi, S Javadi, HM Naimi
Sustainable Energy, Grids and Networks 36, 101235, 2023
22023
A new method presentation for locating fault in power distribution networks
R Dashti, M Daisy, HR Shaker
2016 19th International Symposium on Electrical Apparatus and Technologies …, 2016
22016
A novel scheme for distance and section estimation of steady-state faults in microgrids using voltage and current measurement at the beginning bus and the end buses of the …
M Daisy, M Hosseini Aliabadi, S Javadi, H Meyar Naimi
Electrical Engineering 106 (1), 993-1007, 2024
12024
A new simple matching algorithm presentation for fault section estimation in power distribution network
R Dashti, M Daisy, J Shahram
IRANIAN ELECTRIC INDUSTRY JOURNAL OF QUALITY AND PRODUCTIVITY (IEIJQP) 7 …, 2019
12019
Double phase fault location in microgrids with the presence of electric vehicles and Distributed parameters line model
M Daisy, M Hosseini Aliabadi, J Shahram, MN Hasan
Iranian Electric Industry Journal of Quality and Productivity, 0-0, 0
1*
Locating double and three phase fault to ground on a power distribution feeder using hybrid method
R Dashti, M Daisy
2017
Fault Location in Distribution Networks Using a Combination of Impedance Base Method and Voltage Sag
M Daisy, R Dashti
NASHRIYYAH-I MUHANDISI-I BARQ VA MUHANDISI-I KAMPYUTAR-I IRAN, A-MUHANDISI-I …, 2017
2017
Mohammad Daisy, Rahman Dashti &
HR Shaker
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