Traveling Wave Based Security Plan for Bipolar Transmission Boundary | Zendy

C. Poongothai | Zendy; K. Gayathri | Zendy; H Rao | Zendy; B Luo | Zendy; L Li | Zendy; J Dong | Zendy; S Sun | Zendy; Y Yang | Zendy; A Li | Zendy; Q Sun | Zendy; X Li | Zendy; D Ren | Zendy; Z Yang | Zendy; J Suonan | Zendy; J Zhang | Zendy; L Yang | Zendy; M Xu | Zendy; Z Cai | Zendy; K Han | Zendy; Z Liu | Zendy; Y Shu | Zendy; W Zhang | Zendy; X Cheng | Zendy; J Lv | Zendy; R Gou | Zendy; J Zhao | Zendy; H Zhou | Zendy; X Chen | Zendy; R Chen | Zendy; D Wang | Zendy; S Yuan | Zendy; K Sun | Zendy; Yin | Zendy; X Zheng | Zendy; J Thorp | Zendy; G Yang | Zendy; G Song | Zendy; X Chu | Zendy; S Gao | Zendy; X Kang | Zendy; Z Jiao | Zendy; X Liu | Zendy; A Osman | Zendy; O Malik | Zendy; Y Zhang | Zendy; N Tai | Zendy; B Xu | Zendy; K Liu | Zendy; S Zhu | Zendy; G Zhang | Zendy; Z Zhu | Zendy; M Zhang | Zendy; H Shu | Zendy; X Tian | Zendy; Y Dai | Zendy; F Kong | Zendy; Z Hao | Zendy; S Zhang | Zendy; B Zhang | Zendy; N Hingorani | Zendy

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Traveling Wave Based Security Plan for Bipolar Transmission Boundary

Author(s) -

C. Poongothai,

K. Gayathri,

H Rao,

B Luo,

X Li,

Z Cai,

L Li,

H Shu,

X Tian,

J Dong,

G Zhang,

K Liu,

S Sun,

Y Yang,

A Li,

Z Cai,

Q Sun,

X Li,

D Ren,

Z Yang,

J Suonan,

J Zhang,

Z Jiao,

L Yang,

G Song,

M Xu,

Z Cai,

K Han,

Y Zhang,

Z Liu,

Y Shu,

W Zhang,

Y Zhang,

X Cheng,

J Lv,

R Gou,

J Zhao,

H Zhou,

X Chen,

R Chen,

D Wang,

S Yuan,

K Sun,

Yin,

X Zheng,

N Tai,

J Thorp,

G Yang,

G Song,

X Chu,

S Gao,

X Kang,

Z Jiao,

X Liu,

A Osman,

O Malik,

Y Zhang,

N Tai,

B Xu,

H Shu,

K Liu,

S Zhu,

G Zhang,

Z Zhu,

M Zhang,

H Shu,

X Tian,

Y Dai,

F Kong,

Z Hao,

S Zhang,

B Zhang,

N Hingorani

Publication year - 2019

Publication title -

international journal of recent technology and engineering (ijrte)

Language(s) - English

Resource type - Journals

ISSN - 2277-3878

DOI - 10.35940/ijrte.c1106.1083s219

Subject(s) - transmission (telecommunications) , boundary (topology) , matlab , plan (archaeology) , epic , electrical engineering , computer science , limit (mathematics) , hvdc converter station , voltage , electronic engineering , engineering , mathematics , geology , mathematical analysis , literature , paleontology , operating system , art

The High Voltage Direct Current (HVDC) transmission framework is progressively utilized and quickly creating in the parts of long separation and huge limit control transmission. An epic voyaging wave-based security plot for bipolar HVDC boundary is furnished in this paper. The insurance dependent on voyaging wave utilized as the primary assurance for HVDC transmission boundary. MATLAB model is used to extract the results from various conditions.

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