RDCAPE 2023
Call for Paper
Prospective authors are invited to submit original manuscripts unpublished reserach work realted to the conference theme. It is required that the manuscript follows the standard Springer Conference format.
All papers that conform to submission guidelines will be peer reviewed and evaluated based on originality, technical strength, scientific contribution, relevance to conference theme, and readability. Acceptance notification of papers will be communicated to authors by email. The authors of the accepted papers will be allowed to make corrections in accordance with the suggestions and comments of the reviewers and submit final camera-ready papers within the final submission deadline.
‘It is planned to publish the peer reviewed and selected papers of conference as proceedings with Springer in their prestigious “Lecture Notes in Electrical Engineering” series (https://www.springer.com/series/7818). For detailed instructions for author and editors of conference proceedings, kindly visit the following link:
https://www.springer.com/us/authors-editors/conference-proceedings. Select papers from the conference will be published by Springer as a proceedings book volume. Springer will conduct quality checks on the accepted papers and only papers that pass these checks will be published. Springer Nature does not charge any money for publication of Non-Open Access content. Abstracts/extended abstracts and short papers (less than 4 pages) are not considered for publication.’
Topics of interest for submission include, but are not limited to:
1. Power System Technology
Computational complexity and Economics for Grid Engineering of Grid markets
Distribution Management Systems
Electrical Energy Generation, Transmission and Distribution
Electromagnetic analysis in power systems
Energy Pricing Forecasting
Flow and Congestion Control
Insulation condition monitoring in power systems
Load modelling, estimation and forecast
Mechanisms for Grid markets
Online monitoring and fault diagnosis system
Power Flow Analysis and power market
Power System Automation- SCADA/EMS & Synchro Phasor
Power system management, monitoring and mitigation techniques technologies
Power system planning and operation
Resource allocation in Grid scenarios
2. Control Systems and Applications
Control of Structures and Mechanisms
Industrial Process Control and Automation
Intelligent Control, Automation, Information Management
Linear and nonlinear systems
Robotics & Control Application
Robust, Stochastic and Multivariable Control Estimation
Small and large system dynamics
State Estimation
Static and dynamic component modelling
Intelligent Control & Automation
Robotics & Control Application
3. Power Electronics Drives & Applications
Modeling and simulation of large power systems
Modeling of Grid environments
On-line control, FACTS, integration of HVDC, wide-area monitoring
Power Converters, power electronics in consumer, transportation
Power Electronics in Transportation
Power quality issues, harmonic problems and solutions
Power quality, power system analysis and optimization
FACT devices and controllers
HVDC and flexible AC transmission system
4. Soft Computing & its Applications for Electrical and Interdisciplinary Research
Advance distribution and SCADA technologies
Evolutionary Algorithms for power system and control system
Artificial Intelligence for Microgrid energy management system
5. Renewable Energy and its Power Systems Management
Hybrid Renewable Energy Systems
Artificial Intelligence based Electrical Systems Design for Renewable Energy Systems
Control Techniques for Renewable Energy Systems
Power converters for Renewable Energy based microgrid
Energy storage technologies
Power Devices and Driving Circuits for Renewable Energy Systems
Electric vehicles and its Integration with Renewable Energy Systems