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Energy Management of a Battery Storage and D-STATCOM Integrated Power System Using the Fractional Order Sliding Mode Control

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CSEE Journal of Power and Energy Systems 2021年第5期7卷 996-1010页

作者： Toqeer Ahmed Asad Waqar Essam A.Al-Ammar Wonsuk Ko yongki kim Muhammad Aamir Habib Ur Rahman Habib Department of Electrical Engineering Bahria University44000 Islamabad.Pakistan Department of Electrical Engineering College of Engineering.King Saud UniversityRiyadh 11421.Saudi Arabia. Green Building Research Center.Korea Institute of Civil Engineering and Building Technology.Goyang Gyeonggi-doSouth Korea. Pak-Austria Fachhochschule Institute of Applied Sciences and Technology HaripurPakistan Huazhong University of Science and Technology WuhanChina.

At present,the power system is more inclined towards disturbances,such as voltage variations and unbalanced load conditions,due to the grid's complexity and load *** challenges emphasize the integration of the compensating devices,such as battery storage(BS)and *** this regard,this current paper exhibits a novel energy management system(EMS)of a combined BS and D-STATCOM to compensate the power system during *** EMS is based on a fractional order sliding mode control(FOSMC)to drive the voltage source converters(VSCs)such that the active power is independently absorbed/injected by the BS,whereas the reactive power is independently absorbed/injected by the D-STATCOM depending upon the disturbance *** is a robust non-linear controller in which the Riemann-Liouville(RL)function is employed to design the sliding surface and the exponential reaching law is used to minimize the chattering *** stability of the FOSMC in the proposed EMS is proved using the Lyapunov candidate *** order to validate the performance of the proposed EMS,a model of a 400 V,180 kVA radial distributor along with a BS and D-STATCOM is simulated in MATLAB/Simulink environment in two test *** results prove that the proposed EMS with FOMSC effectively compensates the power system under voltage variations and unbalanced load conditions with rapid tracking,fast convergence and upright ***,the results have been compared with the classical proportional integral(PI)control and fixed frequency SMC(FFSMC),and they demonstrate the superiority of the proposed EMS with FOSMC in power system applications.

关键词： Battery storage D-STATCOM energy management system fractional order sliding mode control

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