IEEE PES General Meeting - 2018, Portland, Oregon, USA from August 5-9, 2018
Paper entitled ‘An Iterative Approach to Improve PV Hosting Capacity of a Remote Community’
Status: Presented, In press
For more information about IEEE PES GM 2018 - click here
Manuscript entitled ‘A Two-Stage Fuzzy Multi-Objective Optimization for Phase-Sensitive Day-Ahead Dispatch of Battery Energy Storage System’ is now available on early access on IEEE Xplore, IEEE Systems journal
Manuscript entitled ‘Case-Specificity and its Implications in Distribution Network Analysis with Increasing Penetration of Photovoltaic Generation’ has been published in CSEE Journal of Power and Energy Systems (CSEE-JPES), jointly published with IEEE and CPERI
Manuscript entitled ‘Advances in Distribution System Analysis with distributed resources: Survey with a case study’ is accepted and now in press for International Journal of Sustainable Energy, Grids and Networks
Click here to read the online version of this article @ Elsevier (ScienceDirect)
Chapter Title - “Steady State Analysis of Unbalanced Distribution Networks with High Penetration of Photovoltaic Generation”
Book Title - “Handbook of Distributed Generation”
Edited by Prof Ramesh Bansal, Springer Publications
Soft copy of my PhD thesis is available for download on request
PhD defense seminar with the slides is available for download. It is in the format of mp4 files
Few slides presenting an overview of PhD research is available on request
Manuscripts (not the published paper) of all published articles are available for downloads on request
As of now, four journal articles and eight conference papers and three book chapters are available on request
More manuscripts will be available soon
Contents of most technical talks are available for viewing
Contents are also available for downloads in portable document format, on request
Editable contents can be requested and can be made available for re-use subject to availability
Modeling of photovoltaic arrays using only name-plate specifications is developed in MATLAB™ editable modules with MS-EXCEL as front-end user interface.
Generalized for use with different size and make of PV arrays, the model is based on an IEEE PES Trans. Paper, 2009 by M G Villalva et. al
Two different optimization modules are available for download
One of these is distribution network optimization without distributed generation
The other module shall be available for download shortly which includes distributed generation and energy storage systems
Distribution Power Flow (DPF) based on Backward-Forward Sweep (BFS) algorithm with phase-domain modeling of all major components is available for download in MATLAB™ editable modules
DPF is tested on standard IEEE test feeders and two actual operating networks
Time-Series Distribution Power Flow (TS-DPF) framework that facilitates sequential time simulations at any time intervals (based on availability of data points) is developed to analyze influence of distributed generation on daily operations of distribution networks
TS-DPF modules including PV plant models and sample load profiles are available for download on request
The research talk was organized and sponsored by IEEE North Saskatchewan Section, hosted at University of Saskatchewan, Canada
For more details, visit the events page of IEEE North Saskatchewan Section - here
NEW
November 28, 2017 - SICI, New Delhi, India; SICI fellows - gathering and orientation at India Habitat Centre, New Delhi, India - November 28-29, 2017
The talk was an update on a research project sponsored by SICI to conduct research on sustainable energy systems in University of Saskatchewan, Canada
NEW
Won SICI fellowship in Post-Doctoral category - 2016-17
Proposal entitled ‘Sustainable Energy Systems with Photovoltaic Generation and Storage Solutions for Rural Communities in India and Canada’ was awarded fellowship for conducting research in University of Saskatchewan, Canada for up to six months
After four and half years of full-time research from January 2012 to July 2016, PhD thesis was submitted for review in August 2016
With prompt and positive reviews from all reviewers, thesis was defended on December 7, 2016 before Prof S C Srivastava (Ext. Examiner from IIT Kanpur) successfully
