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New Location Selection Criterions for Solar PV Power Plant

Year 2014, Volume: 4 Issue: 4, 1020 - 1030, 01.12.2014

Abstract

India is the seventh largest country in the world and blessed with adequate solar radiation, therefore to setting up a Photovoltaic power plant is a lucrative option. Indian climatic conditions vary enormously from east to west and north to south due to its geographical position in the world map. It is also observed that in actual field conditions the performance of the PV modules vary significantly when compared to Standard Test Condition (STC) due to large change in environmental conditions. Now it is very important to study the exact meteorological parameters for different locations in India before installation of a Photovoltaic power plant. In this paper, the long-term meteorological parameters for the seventy considered locations in India from National Aeronautics and Space Administration (NASA) renewable energy resource website (Surface Meteorology and Solar Energy) are collected and analyzed in order to study the behaviour of solar radiation, insolation on an equator-pointed surface that is tilted at latitude angle, insolation clearness index, daylight hours, air temperature and relative humidity of India to select an ideal location for installation of PV power plant. The analysis of the paper helps the investors, Ministry of New and Renewable Energy (MNRE), Electricity Authority and Planning Commission to know which locations in India are environmentally ideal for installation of PV power plant.

References

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  • Hook M. and Tang X. (2013). Depletion of fossil fuels and anthropogenic climate change-A review. Energy Policy 52: 797-809.
  • Holtsmark B. and Maestad O. (2000). Emission trading under the Kyoto Protocol-effects on fossil fuel markets under alternative regimes. Energy Policy 30: 207-18.
  • Bose R.K. and Shukla M. (1999). Elasticities of electricity demand in India. Energy Policy 27: 137-46.
  • Bellarmine G.T. and Arokiaswamy N.S.S. (1996). Energy Management techniques to meet power shortage problems in India. Energy Conversion and Management 37(3): 319-28.
  • Mukhopadhyay K. and Forssell O. (2005). An empirical investigation of air pollution from fossil fuel combustion and its impact on health in India during 1973-1974 to 1996-1997. Ecological Economics 55: 235-50.
  • Sharma N.K., Tiwari P.K. and Sood Y.R. (2012). Solar energy in India: Strategies, policies, perspectives and future potential. Renewable and Sustainable Energy Reviews 16: 933-41.
  • Ramachandra T.V., Jain R. and Krishnadas G. (2011). Hotspots of solar potential in India. Renewable and Sustainable Energy Reviews 15: 3178-86.
  • Singh S.K. (2006). Future mobility in India: Implications for energy demand and CO2emission. Transport Policy 13: 398-412.
  • Ilhami Colak, Ramazan Bayindir, Gianluca Fulli, Ibrahim Tekin, Kenan Demirtas, Catalin-Felix Covrig, Rita Chamoun, Walid Chakroun (2014). Smart grid opportunities and applications in Turkey. Renewable and Sustainable Energy Reviews 33: 344-352.
  • Rita Chamoun, and Walid Chakroun (2014). Cost- Efficiency Study of BIPV Systems in Qatar Residential Houses. International Journal of Renewable Energy Research 4(3):571-579.
  • Oleg Marchenko and Sergei Solomin( 2014). Economic Efficiency Autonomous Energy Systems in Russia. International Journal of Renewable Energy Research 4(3): 548-554.
  • Kerr M.J. and Cuevas A. (2003). Generalized analysis of the illumination intensity vs. open-circuit voltage of PV modules. Solar Energy 76: 263-7.
  • Radziemska E. and Klugmann E. (2002). Thermally- affected parameters of the current-voltage characteristics of Management 43: 1889-900. Energy Conversion and
  • Van Dyk E. E., Mayer E. L., Leitch A.W.R. and Scott B. J. (2000). Temperature-dependent of performance of crystalline silicon photovoltaic modules. South African Journal of Science 96: 198-200.
  • Nishioka K., Hatayama T., Uraoka Y., Fuyuki T., Hagihara R. and Watanabe M. (2003). Field-test analysis of PV-system-output characteristics focusing on module temperature. Energy Materials and Solar Cells 75: 665- 71.
  • Gandhi Amarnadh T., Akshay Gupta . and Vijay Shyam B (2014). Investigation of the Effects of Dust Accumulation, and Performance for Mono and Poly Crystalline Silica Modules. International Journal of Renewable Energy Research 4(3): 628-634.
  • Martins F.R., Pereira E.B. and Abreu S.L. (2007). Satellite-derived solar resource maps for Brazil under SWERA project. Solar Energy 81(4): 517-28.
  • Besarati S.M., Padilla R.V., Goswami Y.D. and Stefanakos E. (2013). The potential of harnessing solar radiation in Iran: Generating solar maps and viability study of PV power plants. Renewable Energy 53: 193- 99.
  • Polo J., Zarzalejo L.F., Cony M., Navarro A.A., Marchante R., Martin L. and Romero M. (2011). Solar radiation estimations over India using Meteosat satellite images. Solar Energy 85: 2395–406.
  • Shimy M.E.L. (2009). Viability analysis of PV power plants in Egypt. Renewable Energy 34: 2187-96. [22]
  • Sharma R. and Tiwari G.N. (2012). Technical
  • performance evaluation of stand-alone photovoltaic array
  • for outdoor field conditions of New Delhi. Applied Energy 92: 644-52.
  • Sasitharanuwat A., Wattanapong R., Nipon K. and Suchart Y. (2007). Performance evaluation of a 10 kWP PV power system prototype for isolated building in Thailand. Renewable Energy 32: 1288-300.
  • Katsumata N., Nakada Y., Minemoto T. and Takakura H. (2011). Estimation of irradiance and outdoor performance of photovoltaic modules by meteorological data. Solar Energy Materials and Solar Cells 95: 199- 202.
  • Chattariya S. and Nipon K. (2012). Impact of spectral irradiance distribution on the outdoor performance of photovoltaic system under Thai climatic conditions. Renewable Energy 38: 69-74.
  • Ettah E.B., Nwabueze O.J. and Njar G.N. (2011).The relationship between solar radiation and the efficiency of solar panels in Port Harcourt, Nigeria. International Journal of Applied Science and Technology 1(4):124-6.
  • Singla V., Garg V.K. (2013). Modeling of solar photovoltaic module & effect of insolation variation using Advances in Engineering & Technology 4(3):05-09. International Journal of
  • Zdanowicz T., Rodziewicz T. and Waclawek M.Z. (2001). Evalution of actual PV module performance at low insolation conditions. Opto-Electronics Review 9(4): 361-6.
  • Malik A.Q., Chee L., Sheng T.K. and Blundell M. (2010). Influence of temperature on the performance of photovoltaic polycrystalline silicon module in the Bruneian climate. ASEAN Journal Science and Technology Development 26(2): 61-72.
  • Nelson J. The physics of solar cells (Properties of semiconductor materials). 1st ed. London: Imperial College Press; 2003.
  • Vokas G., Christandonis N. and Skittides F. (2006). Hybrid photovoltaic-thermal systems for domestic heating and cooling-a theoretical approach. Solar Energy 80: 607-15.
  • Kesler S., Kivrak S., Dincer F., Rustemli S., Karaaslan M., Unal E. and Erdiven U. (2014). The analysis of PV power potential and system installation in Manavgat, Turkey—A case study in winter season. Renewable and Sustainable Energy Reviews 31: 671-80.
  • Tiba C. and Beltrao R.E.A. (2012). Siting PV plant focusing on the effect of local climate variables on electric energy production- Case study for Araripina and Recife. Renewable Energy 48: 309-17.
  • Lannoy A. and Procaccia H. (2005). Evaluation and control of the industrial age. Edition-Lavoisier.
  • Munoz M. A., Alonso-Garcia M.C., Nieves V. and Chenlo F. (2011). Early degradation of silicon PV modules and guaranty conditions. Solar Energy 85: 2264-74.
  • Osterwald C.R., Benner J.P., Pruett J., Anderberg A., Rummeland S. and Ottoson L. Degradation in weathered crystalline-silicon PV modules apparently caused by UV radiation. In: 3rd World Conference on Photovoltaic Energy Conversion 2003; Osaka, Japan. p. 2911-15.
  • Ndiaye A., Charki A., Kobi A., Kebe C.M.F., Ndiaye P. A. and Sambou V. (2013). Degradations of silicon photovoltaic modules: A literature review. Solar Energy 96:140–51.
  • Surface meteorology and solar energy. NASA renewable energy http://eosweb.larc.nasa.gov/sse/. (Accessed July 2014). website.
Year 2014, Volume: 4 Issue: 4, 1020 - 1030, 01.12.2014

Abstract

References

  • Steven S. (2013). Fossil fuel addiction and the implications for climate change policy. Global Environmental Change 23: 598–608.
  • Hook M. and Tang X. (2013). Depletion of fossil fuels and anthropogenic climate change-A review. Energy Policy 52: 797-809.
  • Holtsmark B. and Maestad O. (2000). Emission trading under the Kyoto Protocol-effects on fossil fuel markets under alternative regimes. Energy Policy 30: 207-18.
  • Bose R.K. and Shukla M. (1999). Elasticities of electricity demand in India. Energy Policy 27: 137-46.
  • Bellarmine G.T. and Arokiaswamy N.S.S. (1996). Energy Management techniques to meet power shortage problems in India. Energy Conversion and Management 37(3): 319-28.
  • Mukhopadhyay K. and Forssell O. (2005). An empirical investigation of air pollution from fossil fuel combustion and its impact on health in India during 1973-1974 to 1996-1997. Ecological Economics 55: 235-50.
  • Sharma N.K., Tiwari P.K. and Sood Y.R. (2012). Solar energy in India: Strategies, policies, perspectives and future potential. Renewable and Sustainable Energy Reviews 16: 933-41.
  • Ramachandra T.V., Jain R. and Krishnadas G. (2011). Hotspots of solar potential in India. Renewable and Sustainable Energy Reviews 15: 3178-86.
  • Singh S.K. (2006). Future mobility in India: Implications for energy demand and CO2emission. Transport Policy 13: 398-412.
  • Ilhami Colak, Ramazan Bayindir, Gianluca Fulli, Ibrahim Tekin, Kenan Demirtas, Catalin-Felix Covrig, Rita Chamoun, Walid Chakroun (2014). Smart grid opportunities and applications in Turkey. Renewable and Sustainable Energy Reviews 33: 344-352.
  • Rita Chamoun, and Walid Chakroun (2014). Cost- Efficiency Study of BIPV Systems in Qatar Residential Houses. International Journal of Renewable Energy Research 4(3):571-579.
  • Oleg Marchenko and Sergei Solomin( 2014). Economic Efficiency Autonomous Energy Systems in Russia. International Journal of Renewable Energy Research 4(3): 548-554.
  • Kerr M.J. and Cuevas A. (2003). Generalized analysis of the illumination intensity vs. open-circuit voltage of PV modules. Solar Energy 76: 263-7.
  • Radziemska E. and Klugmann E. (2002). Thermally- affected parameters of the current-voltage characteristics of Management 43: 1889-900. Energy Conversion and
  • Van Dyk E. E., Mayer E. L., Leitch A.W.R. and Scott B. J. (2000). Temperature-dependent of performance of crystalline silicon photovoltaic modules. South African Journal of Science 96: 198-200.
  • Nishioka K., Hatayama T., Uraoka Y., Fuyuki T., Hagihara R. and Watanabe M. (2003). Field-test analysis of PV-system-output characteristics focusing on module temperature. Energy Materials and Solar Cells 75: 665- 71.
  • Gandhi Amarnadh T., Akshay Gupta . and Vijay Shyam B (2014). Investigation of the Effects of Dust Accumulation, and Performance for Mono and Poly Crystalline Silica Modules. International Journal of Renewable Energy Research 4(3): 628-634.
  • Martins F.R., Pereira E.B. and Abreu S.L. (2007). Satellite-derived solar resource maps for Brazil under SWERA project. Solar Energy 81(4): 517-28.
  • Besarati S.M., Padilla R.V., Goswami Y.D. and Stefanakos E. (2013). The potential of harnessing solar radiation in Iran: Generating solar maps and viability study of PV power plants. Renewable Energy 53: 193- 99.
  • Polo J., Zarzalejo L.F., Cony M., Navarro A.A., Marchante R., Martin L. and Romero M. (2011). Solar radiation estimations over India using Meteosat satellite images. Solar Energy 85: 2395–406.
  • Shimy M.E.L. (2009). Viability analysis of PV power plants in Egypt. Renewable Energy 34: 2187-96. [22]
  • Sharma R. and Tiwari G.N. (2012). Technical
  • performance evaluation of stand-alone photovoltaic array
  • for outdoor field conditions of New Delhi. Applied Energy 92: 644-52.
  • Sasitharanuwat A., Wattanapong R., Nipon K. and Suchart Y. (2007). Performance evaluation of a 10 kWP PV power system prototype for isolated building in Thailand. Renewable Energy 32: 1288-300.
  • Katsumata N., Nakada Y., Minemoto T. and Takakura H. (2011). Estimation of irradiance and outdoor performance of photovoltaic modules by meteorological data. Solar Energy Materials and Solar Cells 95: 199- 202.
  • Chattariya S. and Nipon K. (2012). Impact of spectral irradiance distribution on the outdoor performance of photovoltaic system under Thai climatic conditions. Renewable Energy 38: 69-74.
  • Ettah E.B., Nwabueze O.J. and Njar G.N. (2011).The relationship between solar radiation and the efficiency of solar panels in Port Harcourt, Nigeria. International Journal of Applied Science and Technology 1(4):124-6.
  • Singla V., Garg V.K. (2013). Modeling of solar photovoltaic module & effect of insolation variation using Advances in Engineering & Technology 4(3):05-09. International Journal of
  • Zdanowicz T., Rodziewicz T. and Waclawek M.Z. (2001). Evalution of actual PV module performance at low insolation conditions. Opto-Electronics Review 9(4): 361-6.
  • Malik A.Q., Chee L., Sheng T.K. and Blundell M. (2010). Influence of temperature on the performance of photovoltaic polycrystalline silicon module in the Bruneian climate. ASEAN Journal Science and Technology Development 26(2): 61-72.
  • Nelson J. The physics of solar cells (Properties of semiconductor materials). 1st ed. London: Imperial College Press; 2003.
  • Vokas G., Christandonis N. and Skittides F. (2006). Hybrid photovoltaic-thermal systems for domestic heating and cooling-a theoretical approach. Solar Energy 80: 607-15.
  • Kesler S., Kivrak S., Dincer F., Rustemli S., Karaaslan M., Unal E. and Erdiven U. (2014). The analysis of PV power potential and system installation in Manavgat, Turkey—A case study in winter season. Renewable and Sustainable Energy Reviews 31: 671-80.
  • Tiba C. and Beltrao R.E.A. (2012). Siting PV plant focusing on the effect of local climate variables on electric energy production- Case study for Araripina and Recife. Renewable Energy 48: 309-17.
  • Lannoy A. and Procaccia H. (2005). Evaluation and control of the industrial age. Edition-Lavoisier.
  • Munoz M. A., Alonso-Garcia M.C., Nieves V. and Chenlo F. (2011). Early degradation of silicon PV modules and guaranty conditions. Solar Energy 85: 2264-74.
  • Osterwald C.R., Benner J.P., Pruett J., Anderberg A., Rummeland S. and Ottoson L. Degradation in weathered crystalline-silicon PV modules apparently caused by UV radiation. In: 3rd World Conference on Photovoltaic Energy Conversion 2003; Osaka, Japan. p. 2911-15.
  • Ndiaye A., Charki A., Kobi A., Kebe C.M.F., Ndiaye P. A. and Sambou V. (2013). Degradations of silicon photovoltaic modules: A literature review. Solar Energy 96:140–51.
  • Surface meteorology and solar energy. NASA renewable energy http://eosweb.larc.nasa.gov/sse/. (Accessed July 2014). website.
There are 40 citations in total.

Details

Primary Language English
Journal Section Articles
Authors

Suprava Chakraborty This is me

Pradip Kumar Sadhu This is me

Nitai Pal This is me

Publication Date December 1, 2014
Published in Issue Year 2014 Volume: 4 Issue: 4

Cite

APA Chakraborty, S., Sadhu, P. K., & Pal, N. (2014). New Location Selection Criterions for Solar PV Power Plant. International Journal Of Renewable Energy Research, 4(4), 1020-1030.
AMA Chakraborty S, Sadhu PK, Pal N. New Location Selection Criterions for Solar PV Power Plant. International Journal Of Renewable Energy Research. December 2014;4(4):1020-1030.
Chicago Chakraborty, Suprava, Pradip Kumar Sadhu, and Nitai Pal. “New Location Selection Criterions for Solar PV Power Plant”. International Journal Of Renewable Energy Research 4, no. 4 (December 2014): 1020-30.
EndNote Chakraborty S, Sadhu PK, Pal N (December 1, 2014) New Location Selection Criterions for Solar PV Power Plant. International Journal Of Renewable Energy Research 4 4 1020–1030.
IEEE S. Chakraborty, P. K. Sadhu, and N. Pal, “New Location Selection Criterions for Solar PV Power Plant”, International Journal Of Renewable Energy Research, vol. 4, no. 4, pp. 1020–1030, 2014.
ISNAD Chakraborty, Suprava et al. “New Location Selection Criterions for Solar PV Power Plant”. International Journal Of Renewable Energy Research 4/4 (December 2014), 1020-1030.
JAMA Chakraborty S, Sadhu PK, Pal N. New Location Selection Criterions for Solar PV Power Plant. International Journal Of Renewable Energy Research. 2014;4:1020–1030.
MLA Chakraborty, Suprava et al. “New Location Selection Criterions for Solar PV Power Plant”. International Journal Of Renewable Energy Research, vol. 4, no. 4, 2014, pp. 1020-3.
Vancouver Chakraborty S, Sadhu PK, Pal N. New Location Selection Criterions for Solar PV Power Plant. International Journal Of Renewable Energy Research. 2014;4(4):1020-3.