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Collaboration of Electrical and Mechanical Engineering Department, BMSCE
Funded by La Fondation Dassault Systèmes
VISION
Design solar and wind energy based Microgrid for providing continuous electricity supply to remote areas. Such a facility will provide cost effective alternative for electrification of such areas in place of providing electricity through centralized grids.
MISSION
Scope includes Design and Development along with Digital learning content development using 3D technologies and simulations for
Solar PV Generation System
Wind Generation System
Simulation Model of Solar-PV Microgrid
Novel Induction Generator
Natural Composite Wind Turbine
A complete virtual digital model of the micro-grid will be developed to give the students, learners a virtual experience of the entire system and to help them understand and learn about entire system design, its performance and operations.
Work In Progress:
Work In Progress:
Fabrication of wind turbine blades
Assembling and testing wind generation system
Work Completed:
Work Completed:
Assembly Design, Core and Cavity Design, Drafting
Preparation of basic conceptual design and drawings of BWIG
Mechanical modelling of the generator using CATIA
Sinulation of Electrical modelling of the generator using Dymola
Thermal modelling and flux analysis of the generator using SIMULIA
3D animated model of the generator
Modelling and Simulation of PV Solar panels
Performance analysis of solar and wind energy systems for various weather conditions
Sizing the wind/PV microgrid
Design and model Power converters and control algorithms for optimizer performance of microgrid
3D animated model of microgrid
Accomplishments to date:
Accomplishments to date:
Our interdisciplinary research project has yielded a set of technical articles, showcasing our contributions and achievements. :
‘Design of a low velocity wind turbine blades for power generation. Part I:Aerodynamic performance’ by Dr.Suhas B.G, Dr.Sreejith B.K, Dr. Anilchandra A.R, Dr.Shivashankar R Srivatsa, Dr.Prema V, (accepted for publication in Sadhana Journal)
‘Modelling and Simulation of Bifurcated Winding Induction Generator using digital apps’ by Manoj Kumar S, Deepak Sagar B S, Dr. Prema V, Dr. Anil Chandra A.R, Dr. Suhas B.G, (published at IEEE 4th Global Power, Energy and Communication Conference (IEEE GPECOM 2022), Cappadocia, Turkey, June 14-17 2022)
‘Integration of Virtual Reality with 3D Modelled Virtual Labs for Advanced Learning’ by Vedika K Prasad, Deekshith Pejawar C, Amogh P Rao, Dr. Prema V (published at the mini symposium on Effective Practices in Teaching-Learning organized By Indo Universal Collaboration for Engineering Education (IUCEE), 23rd April 2022)
‘Design and Development of stand-alone PV/WIND Microgrid using digital CAD apps’ by Mr.Ramachandra Rao C, Dr. Prema V (published in Zeichen Journal (Scopus Indexed), Volume 7, Issue 10, ISSN: 0932-4747, October 2021)
VR Enabled Microgrid Model
VR Enabled Microgrid Model
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