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Dive into the research topics where Qu Haini is active.

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Featured researches published by Qu Haini.


Advanced Materials Research | 2013

The Analysis of Current Implementation Mechanism of Green Power

Qu Haini; Huang Xingde; Xu Tangyun; Guo Pengchao; Zhang Meixia; Yang Xiu

Energy is the material foundation to promote social progress and of humans survival. A large number of energy consumption has brought serious environmental problems. After Global Climate Summit in Copenhagen, The attention to the green-house gas emissions of our country from the international community grows day by day. Developing green power is vigorously an important way to reduce the emissions of greenhouse gases. However, the cost of green power is so high compared with the traditional fossil energy that green power cannot be promoted only depending on market mechanism. So the mechanism that supports green power should be established. Firstly the implementation of green power of foreign countries (mainly the United States and European Union countries) is analyzed, and its content includes implementation mechanism, the market main body and duties, policy, motivation, supervision, etc. Then the development of domestic green power is described in detail, and a comparative analysis is presented between foreign and domestic implementation of green power in various aspects. Now in our country, the provinces developing green power better are Jiangsu, Zhejiang, Shanghai, Beijing and so on. There are enough green-power resources, potential users in these regions. And with the excitation of national policy, the regions develop green power actively, laying foundation of implementation of green-power mechanism. Shanghai is now the first city of our country that implements mechanism of green power. After the analysis of the present implementation of green power, the deficiency and areas in need of improvement are presented, combined with Shanghais present green-power implementation mechanism, as well as the original national green-power implementation mechanism. And some policy suggestion is put forward for the recent national green-power development in finance, taxation, incentive etc, which analyses and improves the designation of green-power implementation mechanism, including the payments balance and the research of incentive mechanism.


Archive | 2014

Power system operation risk monitoring method based on comprehensive risk evaluation model

Xu Tangyun; Qu Haini; Zhang Pengfei; Xu Xiaowei; Xiao Qishi


ieee conference energy internet and energy system integration | 2017

Study on coupling operation of multi-energy flow for integrated community energy system considering seasonal load characteristics

Li Yuan; Yang Xiu; Ling Zi; Zhang Meixia; Qu Haini; Li Lihua


Archive | 2017

Big data platform-based intelligent power distribution and utilization system

Chen Haibo; Tian Yingjie; Guo Naiwang; Su Yun; Zhang Qiqi; Qu Haini; Xiao Qishi; Zhang Yong; Ling Ping; Fu Ruxiang; Liu Jingsong; Fang Jiong; Shi Shanshan; Sun Lihua; Zhang Qi; Wu Shangyuan; Guo Yang


Archive | 2017

Quantitative evaluation method for scientific and technological project evaluation

Xu Tangyun; Qu Haini; Zhao Sanshan; Li Lihua; Zhang Pengfei; Xiao Qishi; Wang Chen; Wang Jing


Archive | 2017

Distributed S&T (science and technology) accomplishment evaluation system

Zhang Pengfei; Xiao Qishi; Wang Chen; Xu Tangyun; Qu Haini; Zhao Sanshan; Li Lihua; Wang Jing


Archive | 2017

Intelligent power distribution big data application system

Chen Haibo; Zhang Yong; Ling Ping; Fu Ruxiang; Tian Yingjie; Liu Jingsong; Fang Jiong; Guo Naiwang; Su Yun; Zhang Qiqi; Qu Haini; Xiao Qishi; Guo Rui; Gu Liqiang; Shi Shanshan; Zhou Wei; Wu Lin


Archive | 2017

Electric power data visualization system

Qu Haini; Xu Tangyun; Zhang Pengfei


Archive | 2017

Comprehensive energy source system of three-cell coupling type and optimization design method thereof

Zhang Pengfei; Xu Tangyun; Qu Haini; Liu Zhe


Archive | 2016

Transformer substation inspection robot system with speech communication function

Xu Tangyun; Qu Haini; Zhang Pengfei; Li Lihua; Zhao Tao; Lu Jin; Huang Hui; Li Yong; Wu Chen; Zhan Hao; Wang Qiwen; Liu Xiaoqian; Lan Tian

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Li Lihua

Electric Power Research Institute

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Shi Shanshan

Electric Power Research Institute

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Su Yun

Electric Power Research Institute

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Wang Jing

Dalian University of Technology

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Yang Xiu

Shanghai University of Electric Power

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Zhang Meixia

Shanghai University of Electric Power

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Wu Lin

Electric Power Research Institute

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Guo Pengchao

Shanghai University of Electric Power

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Li Yuan

Shanghai University of Electric Power

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