The Special Issue on Advances in Power, Control and Embedded System aims to provide a platform for researchers, engineers, and practitioners to share their latest research and innovations in the field. The primary goal of this special issue is to provide the knowledge to readers on the present trends and technologies in power electronics and control technologies especially used in microgrids, electric vehicles, renewable energy harvesting integration and control, power quality control, mechatronics, IOT and microelectronics.
Through this special issue, we aim to provide a benchmark and reference in the modern strategies in power electronics systems, Drives, control strategies, power devices and embedded system with digital controllers designing for industrial control, electric vehicles, grid, and renewable energy integration. We welcome researchers from various disciplines to provide interdisciplinary perspectives on Advances in Power electronics, drives, control design Electric Vehicles, Renewable Energy Integration and Microgrid with modern power electronics devices, embedded systems and algorithms. Authors are invited to submit their original and unpublished research papers, review articles, and case studies. Your contributions will play a crucial role in advancing knowledge in this field.
The Special Issue invites original and high-quality submissions in the following topics:
1. Power Electronics and drives
Power converters and inverters
Power factor correction and harmonic mitigation
Electric vehicle charging systems
Battery energy storage and management System
Renewable energy harvesting and management
Charge pumps for distributed and irregular micro power sources
Wide band gap devices and their use in converters
High efficiency devices and nano-materials for power
2. Power System
Active and Reactive power control in microgrids and distributed generations
Islanding detection, load shading, prediction and Economic load dispatch
Solar PV and Wind systems
Renewable energy systems and grid integration
3. Control Systems
Control theory and applications
PID control and advanced control strategies
Model predictive control and optimization
Control of nonlinear systems and chaos
Digital Control Schemes and PWM Techniques
4. Embedded Systems
Digital controllers and PWM techniques in Power Converters, EVs and Grid
Embedded system design and development
Real time operating systems and scheduling
Microcontrollers and system on chip (SoC) design
IoT and wireless sensor networks
LSI and VLSI for power and control application
5. Power electronics and Control Applications and Interdisciplinary areas
Power system automation and control
Smart grids and energy management
Robotics a nd mechatronics
Biomedical engineering and healthcare applications
Automotive and aerospace applications
6. Emerging Trends and Technologies
Artificial intelligence and machine learning in Power Converters, drives and Systems.
Bloc kc hain and cybersecurity in power systems
5G and wireless communication in IoT and embedded systems
Quantum computing and its applications in power and control systems
Modern devices for power electronics in IOT, microelectronics and mech atronics
New material technologies for solar PV and power electronics devices
