|
Try using the help if you need ! |
COMPENDIUM
|
|
Research PublicationMulti Scale Modeling of Nano Enable Solar cell With Implementation on an HPC Setup
Authors
KeywordsSolar Cell, Reliability, Modeling, MEMS(Micro Electro Mechanical Systems), HPC(High Performance Computing), Nano Simulation, Multi-Scale Modeling AbstractMulti Scale modeling of Nano solar cells is proposed and implemented in this paper. In the realm of current theories many phenomenon of Nano scale remains inexplicable and there is a need of high computation power to work on areas such as multi scale modeling. We have shown the distribution of computation in multi scale modeling being implemented on an HPC Setup for nano enable solar cells. We have found that the research in nano polymer, nano fabrication can be used in our multi scale model to accurately predict behavior of Nano enable solar cells. We concluded that since one abstraction layer cannot truly depict the phenomenon so we need to use the models at various abstraction levels and synchronize the result with the experimental data. The computation was performed on (Microsoft Compute Cluster Server) MCCS platform which is shown and the configuration of nano solar computations are shown. Using this setup, research on nano solar cells will accelerate thereby making their applications realist in true times. Publication DetailsPublished inThe International Conference on Power Systems - ICPS 2009
Also published in IEEE Xplore
Manuscript received- 2009. IEEE Catalog Number- International Standard Book Number (ISBN)- Library of Congress- Digital Object Identifier (DOI)- Conference DetailsConference Name
The International Conference on Power Systems - ICPS 2009
OrganizerIndian Institute of Technology - Kharagpur (IIT-Kgp), Kharagpur, India Technical Sponsor
Institute of Electrical and Electronics Engineers (IEEE)
VenuIndian Institute of Technology - Kharagpur (IIT-Kgp), Kharagpur, India Conference Date27th - 29th Dec 2009 Related LinksVisit Conference Website Online References
|
|
|
|
Page Last Updated Friday 27 November 2009 |
|
|
|