2015, Volume 17, Issue 3
Strategic Study of CAE >> 2015, Volume 17, Issue 3
Research on non-grid-connected wind power water-electrolytic hydrogen production system and its applications
Jiangsu Academy of Macroeconomic Research, Nanjing 210013, China
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Abstract
By the end of 2013，the new capacity of wind power is 16.1 GW，and the total installed capacity is 91.42 GW，to maintain global leadership，but a lot of wind turbines are not integrated into grid at present which is the outstanding problem. Non-grid-connected wind power system means that the terminal load is no longer a single traditional grid，but can be directly applied to a series of high energy-consuming industries and other special areas which adapt to the characteristics of wind power. Based on many preliminary investigations，the demonstration project of wind power water electrolysis hydrogen production system （120 Nm3/d） was built using a 30 kW wind turbine and a 10 kW wind turbine in Dafeng City，Jiangsu Province. The power supply system for hydrogen production is based on non-grid-connected wind power mode. Wind power is connected to the power grid but not integrated into power grid，and seamlessly complement wind power with grid power，which gets to 100 % utilization of wind power. The results reveal the coupling laws between large-scale non-grid-connected wind power and water electrolysis process.
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References
[ 1 ] 顾为东. 中国风电产业发展新战略与风的非并网理论[M]. 北 京：化学工业出版社，2006.
[ 2 ] 顾为东. 大规模非并网风电产业体系研究[J]. 中国能源，2008， 30（11）：14-17，38. link1
[ 3 ] Gu Weidong. The influence of the wind power non-grid-connection theory to wind power industry in China and its prospect analysis [J]. Shanghai Electric Power，2007（1）：11-18. link1
[ 4 ] Gu Weidong，Yan Zhuoyong. Research on non- grid- connected wind power/water- electrolytic hydrogen production system [J]. International Journal of Hydrogen Energy，2012，1（37）：737-740. link1
[ 5 ] 顾为东，颜卓勇. 风煤多能源系统的研究[C]//第一届世界非并 网风电与能源大会（WNWEC）.美国:美国IEEE出版社，2009： 467-470.
[ 6 ] 顾为东，颜卓勇. 大规模非并网风电煤制天然气集成系统研究 [C]//第二届世界非并网风电与能源大会（WNWEC）. 美国美国 IEEE出版社，2009：483-486.
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