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O
O. D. Naidu
hitachi energy research
11
H指数
75
论文数
648
被引数
0
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12
发表时间
发表时间
IF
被引数
Realistic Modeling of Communication Latency in a Digital Substation With GOOSE and Sampled Values Based on IEC 61850
基于IEC 61850,对数字变电站中采用GOOSE和采样值通信的通信延迟进行真实建模
IEEE Transactions on Industrial Informatics
IF
9.9
2026-04-07
0
PRE
AI
A. N. Praveen; K. Shanti Swarup; O. D. Naidu
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Distance Protection for Lines Connecting Converter Interfaced Renewable Power Plants: Adaptive to Grid-end Structural Changes
连接变流器接口的可再生发电厂的线路的距离保护: 适应电网端结构变化
IEEE TRANSACTIONS ON POWER DELIVERY
IF
3.7
2023-06-01
10
PRE
AI
George, Neethu; Naidu, O. D.; Pradhan, Ashok Kumar
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Setting Free Fault Location for Three-Terminal Hybrid Transmission Lines Connected With Conventional and Renewable Resources
IEEE ACCESS
IF
3.6
2023-01-01
6
OA
AI
Likhitha, Kukkala; Naidu, O. D.
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Time-Domain-Based Distance Protection for Transmission Networks: Secure and Reliable Solution for Complex Networks
IEEE ACCESS
IF
3.6
2023-01-01
2
OA
AI
Naidu, O. D.; George, Neethu; Zubic, Sinisa; Krakowski, Marcin
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A Hybrid Time-Domain Protection Scheme for Series Compensated Transmission Lines
串联补偿输电线路的混合时域保护方案
IEEE TRANSACTIONS ON POWER DELIVERY
IF
3.7
2022-06-01
7
PRE
AI
Naidu, O. D.; Pradhan, Ashok Kumar; George, Neethu
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Economical Setting-Free Double-Ended Fault Locator for Transmission Lines: Experiences From Recent Pilot Installations
IEEE ACCESS
IF
3.6
2022-01-01
4
OA
AI
Naidu, O. D.; Zubic, Sinisa; Sai, A. V. S. S. R.; Praveen, A. N.; Cost, Patrick; Eriksson, Hakan
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Precise Traveling Wave-Based Transmission Line Fault Location Method Using Single-Ended Data
基于单端数据的输电线路故障精确行波定位方法
IEEE TRANSACTIONS ON INDUSTRIAL INFORMATICS
IF
9.9
2021-08-01
68
PRE
AI
Naidu, O. D.; Pradhan, Ashok Kumar
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Decentralized Estimation of Two-Port Equivalents for Power Transmission Lines
输电线路二端口等值的分散估计
IEEE ACCESS
IF
3.6
2021-01-01
0
OA
AI
Pradhan, Vedanta; Naidu, O. D.; Zubic, Sinisa; Cost, Patrick
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Model Free Traveling Wave Based Fault Location Method for Series Compensated Transmission Line
IEEE ACCESS
IF
3.6
2020-01-01
12
OA
AI
Naidu, O. D.; Pradhan, Ashok Kumar
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A Traveling Wave-Based Fault Location Method Using Unsynchronized Current Measurements
基于非同步电流测量的行波故障定位方法
IEEE TRANSACTIONS ON POWER DELIVERY
IF
3.7
2019-04-01
118
PRE
AI
Naidu, O. D.; Pradhan, Ashok Kumar
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Wide-area measurement system-based supervision of protection schemes with minimum number of phasor measurement units
PHILOSOPHICAL TRANSACTIONS OF THE ROYAL SOCIETY A-MATHEMATICAL PHYSICAL AND ENGINEERING SCIENCES
IF
3.7
2017-07-10
5
OA
AI
Gajare, Swaroop; Rao, J. Ganeswara; Naidu, O. D.; Pradhan, Ashok Kumar
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Traveling Wave-Based Setting Free Fault Location for Transmission Lines Using Unsynchronized Data
基于行波法的异步数据输电线路自由故障测距
IEEE Transactions on Industry Applications
IF
4.5
0
PRE
AI
Vedanta Pradhan; O. D. Naidu
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研究方向
暂时未获取到该数据
合作学者
合作期刊
A
Ashok Kumar Pradhan
H 指数: 48 · 论文数: 275
K
K. Shanti Swarup
H 指数: 38 · 论文数: 337
H
H. Eriksson
H 指数: 9 · 论文数: 25
S
Siniša Zubić
H 指数: 8 · 论文数: 27
J
J. Ganeswara Rao
H 指数: 7 · 论文数: 20
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