Demand and Application of Energy Storage Technology in Renewable Energy Power System
Keywords:
Renewable energy, Energy storage technology, Power system.Abstract
With the depletion of fossil fuels and concerns about haze issues, renewable energy is gradually entering the field of view. This is a reliable way to solve current environmental problems and an effective way to reduce carbon emissions. However, as renewable power generation has volatility, as the proportion of renewable energy power generation will increase, it will also bring challenges to the existing power grid system. The use of energy storage technology can be used as an effective way to solve the problem. This paper briefly introduces the characteristics of several energy storage technologies and their application status. It analyzes the function and advantages of energy storage devices in renewable energy power plants. Finally, the application model of energy storage system in renewable energy is summarized.
References
?1? Yuan Yue Xia. Legislation and perfection of environmental protection in developing countries in post Kyoto era [Dalian: Dalian Maritime University, 2007.
?2? Zhao Bo, Xue Meidong, Chen Rongzhu, et al. Model of economic dispatch of micro grid considering prediction error under high renewable energy penetration [J]. automation of electric power systems, 2014 (7): 1~8.
?3? Li Jianlin, Ma Gang, Huidong. Energy storage technology. The current situation and development trend of distributed renewable energy resources [J]. transactions of Electro Technical Society, 2016, 31 (14): 1~20.
?4? Li Tingting. Research on optimized configuration of demand side energy storage to improve the static safety of power grid [D]. Wuhan, Huazhong University of Science and Technology, 2013.
?5? Xu Fei, Chen Lei, Jin Ping, et al. Modeling and application analysis of combined optimal operation of pumped storage power station and wind power [J]. automation of electric power systems, 2013,37 (1): 149~154.
?6? Yuan Qi. Energy storage technology in renewable energy power generation [J]. power capacitors and reactive power compensation, 2009, 30 (5): 30~42.
?7? Cao Hongkui, Chen Yongzhen, Guan Weiguo. LTC6803-3 of the super capacitor group management system technology based on [J]. power, 2014 (9): 1675~1677.
?8? Chen Hongxia, Zhou Tong, Zhang Haibo. Study on the method of detecting battery parameters for energy storage [J]. Heilongjiang science and technology information, 2013 (32): 38.
?9? Wang Quanquan, Qin Chuan, Ju Ping, et al. Consider the battery energy storage control [J]. power system technology coordination integrated power generation offshore renewable energy state of charge system, 2014 (1): 80-86.
?10? Wang Lixin, Li Weihua, Cao Wenping. Analysis of the application prospect of flywheel energy storage technology to improve the performance of wind power [J]. East China electric power, 2011 (3): 450~454.
?11? Li Qiang, Yuan Yue, set in. Energy storage technology in wind power grid in the application and research progress of [J]. Journal of Hohai University, 2010,38 (1): 115~122.
?12? Tang Wei Qi, Zhou Hantao. Development opportunity and challenge of energy storage technology [J]. power technology, 2014 (1): 185~188.
?13? Jiang Haimin, Yuan Yue, Zhang Xinsong, et al. Application of energy storage system to flicker suppression in wind farm [J]. proceedings of the electric power system and its automation, 2013,25 (2): 7~12.
?14?Zhao Guopeng, Han Minxiao, et al. The forest of different electrical, Distributed photovoltaic storage distribution prediction error random [J]. system capacity allocation method based on Chinese CSEE, 2013,33 (4): 25~33.
?15? Bao Hong, Zhang Jiancheng, Xu Ming, et al. Grid connected photovoltaic power plant active hierarchical control strategy [J]. automation of electric power system based on hybrid energy storage system, 2013,37 (1): 115~121.
?16? Wang Jinpeng, Chen Fengyan. New renewable energy power generation system - combined generation of biomass and photo thermal power [J]. energy research and management, 2013 (2): 16~18, 40.
?17? Ma Lingling, Yang Jun, FU Cong, et al. A review of the research on the impact of electric vehicle charging and discharging on the power grid [J]. power system protection and control, 2013,41 (3): 140~148.
?18? Hu Zechun, Song Yonghua, Xu Zhiwei, et al. The influence and utilization of electric vehicles on power grid [J]. proceedings of the Chinese society of electrical engineering, 2012,32 (4): 1~10.
?19? Li Min, Su Lin, Yan Xiaoxia, et al. New progress in control and utilization of ordered charge and discharge in electric vehicles [J]. China Power Grid and clean energy, 2014 (6): 70~76,80.
?2? Zhao Bo, Xue Meidong, Chen Rongzhu, et al. Model of economic dispatch of micro grid considering prediction error under high renewable energy penetration [J]. automation of electric power systems, 2014 (7): 1~8.
?3? Li Jianlin, Ma Gang, Huidong. Energy storage technology. The current situation and development trend of distributed renewable energy resources [J]. transactions of Electro Technical Society, 2016, 31 (14): 1~20.
?4? Li Tingting. Research on optimized configuration of demand side energy storage to improve the static safety of power grid [D]. Wuhan, Huazhong University of Science and Technology, 2013.
?5? Xu Fei, Chen Lei, Jin Ping, et al. Modeling and application analysis of combined optimal operation of pumped storage power station and wind power [J]. automation of electric power systems, 2013,37 (1): 149~154.
?6? Yuan Qi. Energy storage technology in renewable energy power generation [J]. power capacitors and reactive power compensation, 2009, 30 (5): 30~42.
?7? Cao Hongkui, Chen Yongzhen, Guan Weiguo. LTC6803-3 of the super capacitor group management system technology based on [J]. power, 2014 (9): 1675~1677.
?8? Chen Hongxia, Zhou Tong, Zhang Haibo. Study on the method of detecting battery parameters for energy storage [J]. Heilongjiang science and technology information, 2013 (32): 38.
?9? Wang Quanquan, Qin Chuan, Ju Ping, et al. Consider the battery energy storage control [J]. power system technology coordination integrated power generation offshore renewable energy state of charge system, 2014 (1): 80-86.
?10? Wang Lixin, Li Weihua, Cao Wenping. Analysis of the application prospect of flywheel energy storage technology to improve the performance of wind power [J]. East China electric power, 2011 (3): 450~454.
?11? Li Qiang, Yuan Yue, set in. Energy storage technology in wind power grid in the application and research progress of [J]. Journal of Hohai University, 2010,38 (1): 115~122.
?12? Tang Wei Qi, Zhou Hantao. Development opportunity and challenge of energy storage technology [J]. power technology, 2014 (1): 185~188.
?13? Jiang Haimin, Yuan Yue, Zhang Xinsong, et al. Application of energy storage system to flicker suppression in wind farm [J]. proceedings of the electric power system and its automation, 2013,25 (2): 7~12.
?14?Zhao Guopeng, Han Minxiao, et al. The forest of different electrical, Distributed photovoltaic storage distribution prediction error random [J]. system capacity allocation method based on Chinese CSEE, 2013,33 (4): 25~33.
?15? Bao Hong, Zhang Jiancheng, Xu Ming, et al. Grid connected photovoltaic power plant active hierarchical control strategy [J]. automation of electric power system based on hybrid energy storage system, 2013,37 (1): 115~121.
?16? Wang Jinpeng, Chen Fengyan. New renewable energy power generation system - combined generation of biomass and photo thermal power [J]. energy research and management, 2013 (2): 16~18, 40.
?17? Ma Lingling, Yang Jun, FU Cong, et al. A review of the research on the impact of electric vehicle charging and discharging on the power grid [J]. power system protection and control, 2013,41 (3): 140~148.
?18? Hu Zechun, Song Yonghua, Xu Zhiwei, et al. The influence and utilization of electric vehicles on power grid [J]. proceedings of the Chinese society of electrical engineering, 2012,32 (4): 1~10.
?19? Li Min, Su Lin, Yan Xiaoxia, et al. New progress in control and utilization of ordered charge and discharge in electric vehicles [J]. China Power Grid and clean energy, 2014 (6): 70~76,80.
Downloads
Published
2017-09-25
How to Cite
Habib, A., Ling, L., & Abbas, B. (2017). Demand and Application of Energy Storage Technology in Renewable Energy Power System. American Scientific Research Journal for Engineering, Technology, and Sciences, 36(1), 75–84. Retrieved from https://asrjetsjournal.org/index.php/American_Scientific_Journal/article/view/3364
Issue
Section
Articles
License
Authors who submit papers with this journal agree to the following terms.
