Table 1 Key contributions in AGC and generation control.
Reference | Author | Year | Major contributions/synthesis | Future scope |
|---|---|---|---|---|
Dulau, Mircea, and Dorin Bica | 2014 | Mathematical modelling and simulation of steam turbine behaviour is studied by authors | • Improve model accuracy and real-world applicability | |
A. Kachhwaha, S. K. Pandey, A. K. Dubey, and S. Gupta | 2016 | Multi area system with multi source power (thermal, nuclear, hydro, etc.) with EV loading is controlled through Fractional order controller by authors | • Investigate different type of loadings or disturbances for enhanced generation control. Controller has not been properly tuned. Hence optimization technique ca be utilized for improved control | |
A. H. Mazinan and M. F. Kazemi | 2010 | Fuzzy-based predictive scheme for load–frequency control is studied by authors | • Step loading has been considered in the paper. Real pattern disturbances can be considered | |
N. Gupta, N. Kumar and N. Singh | 2018 | PSO-tuned AGC strategy with SMES in multi-source power system | • Implementation of new meta heuristic techniques can be utilized for improving the response of the system | |
M. K. Debnath, T. Jena, and R. K. Mallick | 2016 | PD-PID cascaded controller optimized by GWO for AGC in multi area thermal system | • Tilt controllers or fractional order controller can be applied for improved control with increased complexity in system | |
S. Singh and R. Mitra | 2014 | 2-area system with multi source power is controlled using PID controller tuned to PSO | • New optimization techniques with tilt controllers can be applied with increased complexity | |
P. Kumar and A. K. Bohre | 2021 | Optimization-based planning for solar-PV and STATCOM | • Integration of additional renewable energy sources | |
Kumar, P., and A.K. Bohre | 2022 | Optimal resource allocation using PSO with a multi-objective approach | • Dynamic allocation of resources in real-time grid operation | |
J. Gholinezhad, M. R. Safari, and T. R. Noroozian | 2011 | Controller Design for Load Frequency Stabilization Utilizing magnetic and capacitive energy storage | • Integration of additional energy storage technologies | |
P. Panda and A. K. Nanda | 2018 | Development and Evaluation of a 3-DOF PID Controller for LFC | • Performance of 3-DOF controllers in larger interconnected systems | |
H. Li, Y. Li, M. Yang, and D. Li | 2022 | AGC strategy using fuzzy PID control with parameter optimization | • Application of fuzzy control strategies in different scenarios | |
K. Günther and C. Sourkounis | 2022 | Control strategy for variable speed wind turbines for grid stability | • Integration of renewable energy sources into the grid | |
J. An and X. Tang | 2022 | Event-triggered adaptive control strategy for load frequency control | • Use of event-triggered control in real-time grid operation | |
K. Akter, L. Nath, T. A. Tanni, A. S. Surja, and M. S. Iqbal | 2022 | Improved LFC strategies for single and multi-entity systems | • Scalability of the proposed strategy in larger power systems | |
M. S. Redoy and Ruma | 2022 | Implementation of PSO tuned PID controller for LFC | • Effectiveness of PSO-based controllers in different interconnected systems | |
Elsisi, M | 2021 | Development of a low computational burden Model Predictive Control (MPC) | • Application of the proposed control strategy in autonomous vehicles | |
Elsisi M, Tran M-Q, Hasanien HM, Turky RA, Albalawi F, Ghoneim SSM | 2021 | Development of robust MPC for AVR | • Integration of optimization algorithms in voltage regulation | |
M. Elsisi | 2020 | Development of Varying Structure Control for Power network in Nuclear Reactors network | • Performance of variable structure control in different reactor scenarios | |
Elsisi, M | 2022 | Enhancement of Grey Wolf algorithm with opposition and quasi-learning approaches | • Application of the enhanced optimizer in various optimization problems | |
Elsisi, M | 2020 | Design of a nonlinear model predictive controller using a modified multitracker optimization algorithm | • Application of the controller in different systems | |
Elsisi, M | 2021 | Development of a non-fragile PID controller | • Robustness and applicability of the controller in various scenarios | |
Elsisi, Mahmoud et al | 2015 | Design of a PID controller using the ABC algorithm for load frequency control | • Performance of the controller with varying nonlinearities | |
Elsisi, Mahmoud et al | 2020 | Design of a battery charge management controller for hybrid PV/wind systems | • Integration of advanced battery management techniques | |
V. Yarlagadda, G. Lakshminarayana, M. Nagajyothi and I. Neelima | 2022 | Implementation of Fuzzy control for frequency control and stability improvement | • Effectiveness of Fuzzy control in maintaining grid stability |
