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  • Print publication year: 2013
  • Online publication date: August 2013

3 - The feasibility of solar energy in el Junco


Access to energy is critical to ensuring development in the world’s poorest countries; however, an estimated 1.5 billion people in developing countries have no such access. This problem is most severe in remote areas, where the majority of the population live without electricity. In such instances, access to even a small amount of electricity could lead to life-saving improvements in agricultural productivity, health, education, communications and access to clean water (Grimshaw & Lewis 2010). Almost all developing countries, including Latin America, have enormous solar power potential (WHO, UN Development Program 2009). What is unfortunate is that the countries that receive solar energy support are often also those least able to benefit from the development, due to a lack of knowledge and capacity to take advantage of the solar power and facilitate conversion to electricity (Grimshaw & Lewis 2010).

Renewable energy: Latin America and the Caribbean

In 2007, in Latin American and Caribbean countries, installed capacity for power generation grew at a yearly rate of 3.51 per cent – 0.29 per cent higher than the previous 10 years (OLADE 2007). Most of the region’s power was generated by hydroelectric plants (56.7 per cent) followed by thermoelectric (39.7 per cent). The countries with electricity coverage rates of over 96 per cent and are Chile, Costa Rica, Barbados, Uruguay, Brazil, Suriname and Venezuela, while those with the lowest coverage levels are Honduras (67 per cent) and Haiti (34 per cent) (OLADE 2007). Energy demand in the region has increased by an average of 35 per cent over the last decade and, despite the global recession, it is currently experiencing a positive flow of funding from investors.

Asamblea Nacional Constituyente 2008, Constitución del Ecuador, Government of Ecuador, Quito.
Berliant, L 2010, ‘Energy Boom’, viewed 1 June 2010, <>.
Blakers, A & Weber, K 2000, The energy intensity of photovoltaic systems, Australian National University, Canberra.
CONELEC 2008, ‘Atlas Solar del Ecuador‘, viewed 1 June 2010, <>.
Corporacion para la Investigacion Energetica 2008, Atlas Solar del Ecuador con fines de generacion electrica, CONELEC, Quito.
Developing Renewables 2006, Renewable energy in emerging and developing countries: current situation, market potential and recommendations for a win–win–win for EU industry, the environment and local socio-economic development, Developing Renewables, Quito.
ERC 2010, Interview with A Cisneros.
Grimshaw, D & Lewis, S 2010, Solar power for the poor: facts and figures, Science and Development Network, viewed 20 February 2013, <>.
Impulsar Beta 2012, Impulsar Beta, viewed 20 November 2012, <>.
Lynn, P 2010, Electricity from sunlight: an introduction to photovoltaic, Wiley, London.
Manabi Gobierno Provincial 2012, ‘Manabi Gobierno Provincial’, viewed 20 November 2013, <>.
Ministerio de Electricidad y Energía Renovable 2010, Ministerio de Electricidad y Energía Renovable, viewed 1 June 2010, <>.
New York Times 2010, New York Times glossary of financial terms, New York Times Publishing, New York.
OLADE 2007, Energy statistics report, OLADE, Quito.
Origlia, G 2009, ‘Atacama Desert could become the largest power’, GreenMomentum, 4 March.
Parliamentary Office of Science and Technology 2006, Carbon footprint of electricity generation, Postnote, London.
Paul Scherrer Institute (PSI) 2009, Life cycle analysis of photovoltaic energy systems, PSI, Villigen, Switzerland.
PICAVAL 2010. Reporte de Mercado. Quito: PICAVAL.
Tech4CDM 2008, ‘Proyecto Tech4CDM’, viewed 1 June 2010, <>.
US Department of Energy 2010, ‘Energy sources: US Department of Energy’, viewed 30 June 2010, <>.
Valente, M 2010, ‘Energy – Latin America: moving towards renewables, viewed 230 June 2010, <>.
World Health Organization (WHO), United Nations (UN) Development Programme 2009, The energy access situation in developing countries, WHO, New York.