“A Unified Multimode Control of a DC–DC Interlinking Converter Integrated into a Hybrid Microgrid.” Electronics 8 (2019): 1314. Wang, 'Design and Implementation of Droop Control Strategy for DC Microgrid Based on Multiple DC/DC Converters,' 2019 IEEE Innovative Smart Grid Technologies - Asia (ISGT Asia), Chengdu, China, 2019, pp. Rizwan Ali, NED University of Engineering and Technology He also has successfully supervised ICT R&D funded projects His core research areas are Optical Communication, DWDM, GPON, Hybrid WDM/TDM-PON, Submarine Optical Fiber Cable Networks, Advanced Modulation Formats and Next Generation Passive Optical Networks (NGPON). He served as an organizing committee and technical Co-chair in IEEE ICIEECT 2017. He is also a member of different national and internal societies and a speaker in different research forums. Khan has joined Indus University, Karachi, is associated with the Faculty of Engineering, Science and Technology (FEST) and performing various academic roles. His research based on implementation of Robust Advanced Modulation Formats for Cost effective and high capacity Next Generation PON.Īfter successful completion of PhD in 2013, Dr. Then he moved to Beijing University of Posts and Telecommunication (BUPT), Beijing, China for PhD studies. He started his professional career as a Telecom Engineer in Pakistan’s leading Telecom organization (PTCL) and gained vast field and research experience in high capacity optical networks. (Electronics) from Mehran University Jamshoro, M.Engg.(Telecommunication) from NED University, Karachi. The proposed converter has high efficiency, fast response time and compact size due to least number of switches as compared to conventional topology of such converters.Īhmed Muddassir KHAN He has completed his early education from prestigious institutes of Pakistan with distinctions. Furthermore, efficiency of both kits is compared and analysed. The control of this converter topology is implemented by using FPGA kits Virtex5 and Virtex7. We have successfully integrated two different sources of energy which are being fed to the power stage. In this work, we proposed and analyse an efficient FPGA based PID controller using Hardware Co-simulation for DC-DC Buck Boost Converter. Moreover, a separate converter is required for each source used in the circuit. There are few critical challenges in existing converters such as low efficiency, slow response time, large circuit size due to more number of switches subsequently poor quality of PWM signal. NED University of Engineering and Technologyĭual input DC-DC converter, FPGA, MATLAB, Xilinx ISE design suite AbstractĬonverters are widely used in smart grid applications where multilevel dc voltage source are required in a system.

Mehran fpga simulation