Submissions
Instructions
- Use only IEEE standard two column conference paper template ( available at https://www.ieee.org/conferences/publishing/templates.html ).
- The maximum size of the paper for review is 6 pages including references. The maximum File Size allowed is 3 MB in PDF format without encryption and/or passwords
- Review is single blind and papers having high similarity index will not be considered for review.
Procedure for Uploading Papers
1. Go to the paper submission website : https://cmt3.research.microsoft.com/APPEEC2021
2. You will see a dialog box below with the APPEEC 2021 emblem on the page. If you are new to the system, please choose “Register” at the bottom of the dialog box:
3. Follow the wizard to finish the registration. Upon finishing, you’ll have an account in the system with user ID and Password.
4. Again, log into the system using your login account info (email address and password). From the drop down menu, select the track to which you want to send the papers. It is the responsibility of the author to send his/her paper to the most appropriate track. Otherwise it may be difficult to get proper review of the papers. Make sure that you are submitting the paper to only one track. Otherwise, your paper will be rejected.
5. Fill out the submission form: “Title”, “Abstract”, and “Authors” and enter email ID and details of all the co-authors (Name, Designation, Institute and the Country to which your institute is affiliated etc.) and “Submit” your paper.
6. Please note the Microsoft CMT system does not send confirmation emails after paper submission. However, the submitting author can send email to all authors through the paper submission page. To verify your submission, you may again login to the system to check the submitted file.
| Track No | Tracks | Topics |
|---|---|---|
|
I |
Data Driven Approaches in Power Systems
|
AI and ML applications in power systems
Big data analytics in energy systems
Blockchain applications in smart grid
IoT Infrastructure for energy management in smart cities. |
|
II |
Sustainability, Green Energy and, E-Mobility
|
Electric and hybrid vehicles
Energy efficient architecture and buildings
Lighting and illumination
Transportation electrification and charging infrastructure |
|
III |
Energy Systems' Integration and Interconnection
|
Energy storage technologies
FACTS, HVDC and pulsed power
Grid integration of distributed energy resources |
|
IV |
Dynamics and Control of Power/Energy Conversion Systems
|
Electrical machines and drives
Power System resilience
Modeling and control of power systems |
|
V |
Power Systems Planning
|
Power and energy engineering- planning and management
Power engineering education
Economics of power generation
Power quality and electromagnetic compatibility |
|
VI |
Smart Grid/Microgrid Technologies
|
Advanced metering and protection systems
Smart grid technologies
Sustainable technologies for smart grids and micro-grids |