Table 3 Studies on nuclear energy enriched systems.
Reference | Author name | Year | Major contributions/synthesis | Future scope |
|---|---|---|---|---|
N. Muppoori, N. Dasari and Y. G | 2021 | The study compares PID and disturbance rejection based control (DRBC) for AGC in a multi-source power network, showing DRBC’s superior adaptability and stability under dynamic conditions has been studied by authors | • Investigate real-world applicability of ADRC in power systems and explore adaptive control methods for improved performance | |
M. K. Bhaskar, N. S. Pal and V. K. Yadav | 2018 | A thorough analysis of AGC with PID, Fuzzy, and neuro fuzzy based Control in Multi-entity power network has been studied by authors | • Enhance control techniques for multi-area power systems and investigate hybrid control strategies for improved system stability | |
V. Pavlovsky, A. Steliuk, O. Lenga, V. Zaychenko and M. Vyshnevskyi | 2017 | Modelling of LFC incorporating under frequency load shedding relays, protection systems, and AGC models has been studied by authors | • Extend the model’s practicality by including a broader range of protection systems and hardware-in-the-loop (HIL) simulations. Apply the simulation in real power systems and validate the results in field conditions | |
Dhanasekaran, Boopathi, Saravanan Siddhan, and Jagatheesan Kaliannan | 2020 | Utilization of ant colony optimization for LFC in a single entity nuclear power network | • Assess the adaptability and scalability of ant colony optimization to more complex multi-area power systems and investigate real-time implementation | |
Boopathi, D., Jagatheesan, K., Samanta, S., Anand, B. and Satheeshkumar, R | 2023 | Integration of Energy Storage (ES) Units for LFC in Nuclear Generators-Based energy network | • Optimize the sizing and placement of energy storage units and explore advanced energy management strategies. Investigate grid-connected storage solutions | |
Murugesan, D., Jagatheesan, K., Kulkarni, A.J., Shah, P | 2023 | Development of a socio-inspired technique for LFC in nuclear power plants using Cohort Intelligence algorithm-Based PID Controller | • Critically evaluate the robustness and real-world applicability of socio-inspired techniques. Integrate with advanced optimization methods and adapt to different power plant configurations | |
Paliwal, N., Srivastava, L., Pandit, M., Singh, P | 2022 | Implementation of Jaya Algorithm-Based LFC incorporating ES in Nuclear Power Plants | • Assess the scalability of the Jaya algorithm in larger power systems and its performance under varying grid conditions. Investigate the optimal sizing and placement of energy storage systems and extend robustness and adaptability assessments |
