Prospective authors are invited to electronically submit regular papers of their work in English on the following tracks but not limited to. Submit the full paper using the following layout. Limitation to 6 full pages, including paper title, authors and affiliations, figures and references. Authors are requested to prepare the manuscripts in the IEEE two-column format template and to translate it in PDF. No other format in the submission and in the final version can be accepted. The IEEE two-column format template can be downloaded from this link https://www.ieee.org/conferences/publishing/templates.html.

Accepted and presented papers will be published in the conference proceedings, and submitted for inclusion in IEEE Xplore on‐line digital library. The best 20 % accepted papers will be eligible for submission to IEEE IAS Transaction/Magazine for further review (Subject to IEEE IAS related tracks).

Track 1: Power Electronics and Drives

Emerging topologies of power electronic converters typologies, Modeling and its Control of Power converters, Modeling of Devices, Device Drivers, thermal issues, Solid-State Circuits, Circuits and Systems, Consumer Electronics, Micro and Nano electronics, photonics, Analysis and Design of rotating and linear machines, Industrial Electronics, Industrial applied mathematics and modeling,Industrial drives Converters and its Operation and Control with instrumentation and sensors, VLSI Modelling, and Control and System Integration, Embedded AC-DC Power converters Supplies,Voltage Regulator Modules, Power Electronic in Education, Application of Power Electronic in Medical Instrumentation, Power electronics in aerospace and space applications.

Track 2: Power Quality

Power System Reliability, Regulation and Monitoring with Control and Protection, Power Quality Standards and Regulation, Advanced power quality monitoring, Passive and Active power conditioners for control of active and reactive power (active power filters, hybrid filters, unified power quality conditioners (UPQCs), Advanced Control techniques and AI control for power quality improvement (power theories, signal processing techniques, artificial neural networks), Biomedical Applications.

Track 3: Electric Vehicle and Charging Infrastructure

Electric vehicle battery chargers with smart operation modes (grid-to-vehicle, vehicle-to-grid, vehicle-to-home, home-to-vehicle), Modeling, control and simulation of the power electronic system in Electric Vehicles, Electric Ships and Electric Aircrafts, Multi-level converters for EV applications, Charging methods and standard, EMI issues in EV chargers, Future of Hybrid vehicles

TRACK 4:Renewable Energy and Grid Integration

Connection of Offshore Renewables to the Grid and their Challenges, Integration of renewable energy systems with power quality ancillary services (voltage control, harmonics compensation), Renewable Energy Resources in Distributed Generation Systems: Challenges and Opportunities, Analyzing the Impact of Renewable Energy Resources on Power System Operations, Forecasting of Renewable Energy Sources for Energy Management, Control and Protection Techniques of Grid Integrated Renewable Energy Sources, Islanding operation of Distributed Generation Systems, PV systems monitoring and diagnosis by using soft computing, Techno-economics of PV systems, IoT and AI applications in renewable Energy sector, Big data analytics in Energy Sector, Data Analysis Challenges in the Future energy market

TRACK 5: Energy Conversion and Management System

Analysis of energy conversion, Energy conversion in future power and transportation systems, Environmental impact and performance, Fossil fuels, hydrogen, nuclear and renewable resources,Concentrating Solar Power, Solar heating systems, Photochemical Solar Energy Conversion,Applications of Nanofluids in Solar Energy, Fuel reforming, hydrogen and synthetic fuel production, Conversion and processing of bio-fuel and alternative fuel, Electro-chemical energy conversion Schemes, Demand side management, Supply side Management, Sustainable development of Energy, Input-Output energy Analysis, Water and environment systems, Energy conservation, Lighting & Illumination, Energy conversion and conditioning technologies in the industry (cement, steel, paper, textile, mining).

TRACK 6: Power Converter and Control using AI Techniques

Artificial & Augmented intelligence and their applications to power electronics, Uses of communication, signals, image with and without wireless technique for remote control of power electronics based applications, Advanced control technique such as adaptive, predictive control with Reliability, Estimation, identification and optimisation of power quality issues of power electronics circuit applications, Advances in Pulsed power technology, Switched mode power supply design for aviations and space technology, Power electronics converter for biomedical instruments, Multi-micro-grids, induction heating, defence applications, Navigation and guidance, Surveillance of aircrafts.

TRACK 7:Energy Storage Technology

Battery management systems, Energy storage systems with power quality ancillary services (energy storage technologies, voltage support, reactive power control, active damping control), Energy Storage Technologies and Applications, Fuel Cell modeling and its Control Schemes, Hybrid Energy Storage Systems, Bioelectrochemistry and Chemical Energy Storage Systems, Centralized and Decentralized Storage Systems, Thermal and Mechanical Energy Storage Systems, Energy Storage in Building Materials

Biological and other novel Energy Storage Systems, Superconducting Magnetic Energy Storage Systems.

TRACK 8: Energy Generation Technology and Control

Solar Energy, Wind Energy, Small Hydro Power, Tidal and Wave Power, Bio-Energy and Utilizing of Waste Materials as a Source of Alternative Energy, Photoelectrochemical solar energy conversion, Organic Solar Cells, Geothermal Energy and Power Development, Optical communication and networks, Photonic devices and systems, Optical material and technology, Nano and bio photonics, Optical sensors and MEMS, Optical signal processing and computing, Non linear optics and quantum photonics.

TRACK 9:Microgrid and Smart grid

Power quality in smart grids and microgrids (islanding detection, grid synchronization, voltage control, frequency control), Micro-grid Architecture and control, Smart Grid Monitoring, Syncro Phasor Measurement (Phasor measurement units, Phasor estimation and Dynamic Phasor estimation), Islanding and Fault detection techniques, Digital relays for Smart Grid protections; relay co-ordination, Signal Processing and Interfaces in Power systems, Requirements and Standards for Cyber and Physical Security in Electric Systems, Power System Resiliency to Cyber and Physical Attacks, Smart meters, Communication of distributed energy and microgrid, Cyber-physical systems of distributed energy and microgrid.

TRACK 10:Distributed Generation

Distributed generation systems and technologies, Micro-grids and Nano-grids- Grid connected and Islanded Operation, Islanding detection, protection and standard of DG systems, Energy policy and public policy issues relating to power electronics based distributed and sustainable generation systems, Advantages of distributed generation systems, On-site renewable energy systems, Grid parity, integration with the grid and micro-grid, Cogeneration and energy storage, Distributed generation in solar power, wind power, and hydro power systems, Waste-to-energy Stand-alone hybrid systems, Legal requirements for distributed generation, Hybrid power systems, Micro combined heat and power, Sensor Array & Multichannel Signal Processing,Signal Processing through Machine learning for Communication, and Networking, Cyber Security, Industrial applications and smart system, Image, Video and Multidimensional, Signal Processing for Cyber Security, Industrial Signal Processing, Signal Processing for Smart Systems, Machine learning in signal processing

TRACK 11: Computational Intelligence for Smart Power

Big Data and Software Engineering, Artificial intelligence & Machine Learning, Distributed and Parallel Computing, Software Engineering, Modeling and Simulation for Smart system, Optoelectronics, Displays, and Images, Swarm Robotic, Application of Machine Learning and AI for Robotics, Drones, Defence, surveillance including Bio-instrumentation and Agriculture, Social and Affective Robots, Drones and Drone Applications, Robotics for defence applications, Security and surveillance robotics, Robotics in healthcare / medical industry, Robotics for agriculture, Image Processing, Vision and Recognition, Controls and Supervisory systems, Mobile Robots and Intelligent Autonomous Systems, Mechatronics and Systems including Modeling, Simulation and Architecture,

TRACK 12: Technologies for Sustainable Energy

Sustainability and green management challenges, Industry 4.0, Power Devices Process and Manufacturing Technology, Compound Semiconductor and High Speed Devices, Memory Technology, Bio/Nano Sensing. Nanodevices for Biomedical Instruments, Human-Robot Interaction & Interfaces, Energy Policies & Standards, Wide Band Gap Devices, Lighting Technology, Sustainable Energy Technologies and Systems Energy sustainability in the building sector, Sustainability and Society Socio-economic and Policy Issues