Global Climate Change: Solar Energy is the harbinger for Sustainable Development of India

International E-publication: Publish Projects, Dissertation, Theses, Books, Souvenir, Conference Proceeding with ISBN. International E-Bulletin: Information/News regarding: Academics and Research

Global Climate Change: Solar Energy is the harbinger for Sustainable Development of India

Author Affiliations

¹Dept of Management, JJT University Rajasthan, INDIA
²Dept of Commerce and Management, JJT University Rajasthan, INDIA

Res. J. Management Sci., Volume 4, Issue (5), Pages 1-5, May,6 (2015)

Abstract

Green House Gas emission due to use of fossil fuel is increasing the temperature of the World. Global temperature rise is not restricted to any locality. It will affect every country of the world irrespective of their per capita energy consumption/ level of Development. Every country has to change their energy mix to restrict temperature rise. We reviewed the technical advancement of Solar Technology and its impact on projected cost per unit. India has to fully exploit its Solar potential linearly to change India`s energy mix, restrict temperature rise and sustainable development.)

References

Jena N. and Rajput M., Global Climate Change: Wind Energy is the harbinger for Sustainable Development of India Future Thought Journal, 1(2), 29-31 (2015)
IPCC, Climate Change 2014, Synthesis Report, UNEP,WMO, (2014)
Razykov T. and Other, Solar Photovoltaic and Electricity: Current Status and Future Prospect, Elsevier Journal, 85, 1580-1608 (2011)
Shah R., Semiconductor Sensitized Solar Cell, Indo German Winter Academy, (2010)
Aldous Scott, How Solar Cells Work, How Stuff Works. http://science.howstuffworks.com/solar- cell1.htm (2005)
Bjorseth A, Solar Cell Scaling, The Centre of Bits and Atom, MIT (2006)
Guoi Y, Nanotechnology-Enhanced Thin-Film Solar Cells: Analysis Of Global Research Activities With Future Prospects, Research Gate Journal(2015)
Fillipponi L and other, Application of Nano Technology, Energy Nano Cap, University of Arhaus ,Denmark, (2007)
Kamat P. and other Size-dependent electron injection from excited CdSe quantum dots into TiO2 nanoparticles.American Chemical Society Journal, 129(14), 4136-37 (2007)
Arvizu D. and others, Direct Solar Energy, IPCC, UNEP and WMO, (2011)
Blaker A. and others, Research and Development on renewable energy, A Global report on Photovoltaic and Wind Energy, ISPRE, (2009)
Gong M. and Wall G., Life Cycle Exergy Analysis of Solar Energy Systems , J Fundam Renewable Energy Application journal, 5(1),1-8, (2014)
Arvizu D and others, Direct Solar Energy, IPCC, UNEP and WMO, (2011)
Arvizu D and others, Direct Solar Energy, IPCC, UNEP and WMO, (2011 Singh P. and others, Silicon Nanowire based Solar Cells, International Congress on Renewable Energy, (2010)
Kumar S., Learning from Solar Cells - Improving Nuclear Batteries, Stanford University, (2012)
Baron T, Nano Function, 7th Frame Work Project, European Commission, (2011)
Eco Smart, Solar Dual Axis Tracking, (2015)
Sun Power, High Efficiency Solar Cell, (2015)
Edoff M. and others, Thin film solar cell based on CIS, European Commission, (2004)

[ref1] Jena N. and Rajput M., Global Climate Change: Wind Energy is the harbinger for Sustainable Development of India Future Thought Journal, 1(2), 29-31 (2015)

[ref2] IPCC, Climate Change 2014, Synthesis Report, UNEP,WMO, (2014)

[ref3] Razykov T. and Other, Solar Photovoltaic and Electricity: Current Status and Future Prospect, Elsevier Journal, 85, 1580-1608 (2011)

[ref4] Shah R., Semiconductor Sensitized Solar Cell, Indo German Winter Academy, (2010)

[ref5] Aldous Scott, How Solar Cells Work, How Stuff Works. http://science.howstuffworks.com/solar- cell1.htm (2005)

[ref6] Bjorseth A, Solar Cell Scaling, The Centre of Bits and Atom, MIT (2006)

[ref7] Guoi Y, Nanotechnology-Enhanced Thin-Film Solar Cells: Analysis Of Global Research Activities With Future Prospects, Research Gate Journal(2015)

[ref8] Fillipponi L and other, Application of Nano Technology, Energy Nano Cap, University of Arhaus ,Denmark, (2007)

[ref9] Kamat P. and other Size-dependent electron injection from excited CdSe quantum dots into TiO2 nanoparticles.American Chemical Society Journal, 129(14), 4136-37 (2007)

[ref10] Arvizu D. and others, Direct Solar Energy, IPCC, UNEP and WMO, (2011)

[ref11] Blaker A. and others, Research and Development on renewable energy, A Global report on Photovoltaic and Wind Energy, ISPRE, (2009)

[ref12] Gong M. and Wall G., Life Cycle Exergy Analysis of Solar Energy Systems , J Fundam Renewable Energy Application journal, 5(1),1-8, (2014)

[ref13] Arvizu D and others, Direct Solar Energy, IPCC, UNEP and WMO, (2011)

[ref14] Arvizu D and others, Direct Solar Energy, IPCC, UNEP and WMO, (2011 Singh P. and others, Silicon Nanowire based Solar Cells, International Congress on Renewable Energy, (2010)

[ref15] Kumar S., Learning from Solar Cells - Improving Nuclear Batteries, Stanford University, (2012)

[ref16] Baron T, Nano Function, 7th Frame Work Project, European Commission, (2011)

[ref17] Eco Smart, Solar Dual Axis Tracking, (2015)

[ref18] Sun Power, High Efficiency Solar Cell, (2015)

[ref19] Edoff M. and others, Thin film solar cell based on CIS, European Commission, (2004)