Is this you? Create Your Porfile
Avatar

Han Ying

Network

Latest external collaboration on country level. Dive into details by clicking on the dots.

Explore More

Hotspot

Dive into the research topics where Han Ying is active.

Explore More

Publication

Featured researches published by Han Ying.

Archive | 2017

PT cabinet grounding handcart locking circuit

Shan Changxing; Li Wensheng; Xu Qun; Han Ying; Yang Jichao; Li Fang; Liu Peijian; Zhang Shan

Archive | 2016

Framework on interior bridging line formula intelligent substation process layer

Yang Jichao; Li Wensheng; Han Ying; Shan Changxing; Li Fang; Liu Peijian; Zhang Shan

Archive | 2015

Wiring circuit of current transformers in main transformer high backup protection

Yang Jichao; Li Wensheng; Han Ying; Zhao Ying; Liu Peijian

Archive | 2017

Bus bar for transformer station transformer chamber and switch cabinet

Gao Yan; Li Wensheng; Zhao Ying; Han Ying; Ge Manqian; Qiu Delun; Ge Aili; Fang Tao; Ma Shichao; Cai Jian

Archive | 2017

Power capacitor locking circuit

Shan Changxing; Li Wensheng; Xu Qun; Han Ying; Yang Jichao; Li Fang; Liu Peijian; Zhang Shan

Archive | 2017

Lock -up control return circuit

Shan Changxing; Li Wensheng; Xu Qun; Han Ying; Yang Jichao; Li Fang; Liu Peijian; Zhang Shan

Archive | 2017

220kV generating line current -limiting circuit

Li Fang; Li Wensheng; Xu Qun; Han Ying; Yang Jichao; Shan Changxing; Liu Peijian; Zhang Shan

Archive | 2017

Low voltage side of main transformer backup protection system

Li Fang; Li Wensheng; Xu Qun; Han Ying; Yang Jichao; Shan Changxing; Liu Peijian; Zhang Shan

Archive | 2017

Building fire system of 110kV transformer substation

Liu Peijian; Li Wensheng; Yu Yang; Han Ying; Wu Bo; Zhang Shan; Shan Changxing; Li Fang; Yang Jichao

Archive | 2017

110kV transformer substation

Zhang Shan; Li Wensheng; Xu Qun; Han Ying; Shan Changxing; Li Fang; Yang Jichao; Liu Peijian

Explore More

Collaboration

Dive into the Han Ying's collaboration.

Explore More
Researchain Logo
Decentralizing Knowledge