Resilient PIDA Control Design Based Frequency Regulation of Interconnected Time-Delayed Microgrid Under Cyber-Attacks

This paper addresses the robust and resilient PIDA control design for frequency regulation of the cyber-physical power system. PIDA control design is carried-out using a recently develop supply demand optimization algorithm (SDOA). This SDOA inspires by the supply-demand mechanism in economics theor...

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Vydáno v:	IEEE transactions on industry applications Ročník 59; číslo 1; s. 1 - 12
Hlavní autor:	Kumar, Mahendra
Médium:	Journal Article
Jazyk:	angličtina
Vydáno:	New York IEEE 01.01.2023 The Institute of Electrical and Electronics Engineers, Inc. (IEEE)
Témata:	Algorithms Control design Cyber-physical power system Cyber-physical systems Cybersecurity Design optimization Deviation Distributed generation Electric power distribution Global optimization Interconnected time-delayed microgrids Linear programming Load frequency control Microgrids Optimization Optimization algorithms Parameters Power systems Proportional integral derivative Proportional integral derivative acceleration (PIDA) controller Resilient Control Robust control Supply demand optimization algorithm (SDOA) Tuning Wind power Wind power generation
ISSN:	0093-9994, 1939-9367
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Abstract	This paper addresses the robust and resilient PIDA control design for frequency regulation of the cyber-physical power system. PIDA control design is carried-out using a recently develop supply demand optimization algorithm (SDOA). This SDOA inspires by the supply-demand mechanism in economics theory. Besides, SDOA is a global optimization algorithm and simple in design. Further, this paper is introduced a new fitness function to obtain the unknown parameters of PIDA controller. From application point of view, the proposed control design is validated on the interconnected time-delayed microgrid system configuration with cyber-attacks. The effectiveness and efficacy of the proposed control design are analyzed under various practical conditions such as cyber-attacks, communication time-delay, parametric uncertainty in system parameters, stochastic load deviation, stochastic wind power deviation, and stochastic solar power deviation. Further, the superiority of SDOA shows in comparison to the grey wolf optimizer (GWO), and whale optimization algorithm (WOA). Finally, it is concluded that the proposed PIDA control design performs better, robust and resilient in comparison to the existing PID control design.
AbstractList	This paper addresses the robust and resilient PIDA control design for frequency regulation of the cyber-physical power system. PIDA control design is carried-out using a recently develop supply demand optimization algorithm (SDOA). This SDOA inspires by the supply-demand mechanism in economics theory. Besides, SDOA is a global optimization algorithm and simple in design. Further, this paper is introduced a new fitness function to obtain the unknown parameters of PIDA controller. From application point of view, the proposed control design is validated on the interconnected time-delayed microgrid system configuration with cyber-attacks. The effectiveness and efficacy of the proposed control design are analyzed under various practical conditions such as cyber-attacks, communication time-delay, parametric uncertainty in system parameters, stochastic load deviation, stochastic wind power deviation, and stochastic solar power deviation. Further, the superiority of SDOA shows in comparison to the grey wolf optimizer (GWO), and whale optimization algorithm (WOA). Finally, it is concluded that the proposed PIDA control design performs better, robust and resilient in comparison to the existing PID control design.
Author	Kumar, Mahendra
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SubjectTerms	Algorithms Control design Cyber-physical power system Cyber-physical systems Cybersecurity Design optimization Deviation Distributed generation Electric power distribution Global optimization Interconnected time-delayed microgrids Linear programming Load frequency control Microgrids Optimization Optimization algorithms Parameters Power systems Proportional integral derivative Proportional integral derivative acceleration (PIDA) controller Resilient Control Robust control Supply demand optimization algorithm (SDOA) Tuning Wind power Wind power generation
Title	Resilient PIDA Control Design Based Frequency Regulation of Interconnected Time-Delayed Microgrid Under Cyber-Attacks
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