Energy Auctions in Brazil - Revision history

Sarah Hommel: /* Application of wind energy data */

2015-11-16T17:58:54Z

‎Application of wind energy data

Sarah Hommel: /* Application of wind energy data */

2015-11-16T17:47:24Z

‎Application of wind energy data

Sarah Hommel at 18:08, 13 November 2015

2015-11-13T18:08:15Z

Sarah Hommel: /* Support for off grid/ mini grid system auctions */

2015-10-16T15:55:28Z

‎Support for off grid/ mini grid system auctions

Sarah Hommel: /* Support for off grid/ mini grid system auctions */

2015-10-16T15:51:49Z

‎Support for off grid/ mini grid system auctions

Sarah Hommel: /* Support for off grid/ mini grid system auctions */

2015-10-16T15:46:52Z

‎Support for off grid/ mini grid system auctions

Sarah Hommel: /* Support for off grid/ mini grid system auctions */

2015-10-16T15:44:36Z

‎Support for off grid/ mini grid system auctions

Sarah Hommel at 22:00, 15 October 2015

2015-10-15T22:00:07Z

Sarah Hommel: /* Increasing the knowledge of wind potential */

2015-10-15T21:59:02Z

‎Increasing the knowledge of wind potential

Sarah Hommel: /* Photovoltaic auctions */

2015-10-15T15:26:43Z

‎Photovoltaic auctions

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-Influence of climatic aspects in wind and solar sources -&nbsp;Descrição e caraterização dos fenômenos atmosféricos mais frequentes no território brasileiro (2015)
+Influence of climatic aspects in wind and solar sources -[[:File:Descrição_e_caraterização_dos_fenômenos_atmosféricos_mais_frequentes_no_território_brasileiro.pdf|Descrição e caraterização dos fenômenos atmosféricos mais frequentes no território brasileiro (2015)]]
 Understanding the influence of global and mesoscale climatic aspects on energy sources, allows a better known of the behavior of these energy sources as well the correlation between them. This study brings out the influence of climatic aspects in the behavior of the water, sun and wind.

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 == Application of wind energy data<br/> ==
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 The Brazilian Wind Atlas was developed in 2001 to map the Brazilian wind energy potential. This study develops a methodology to renew the atlas, considering that wind measurement tools, mathematical and terrain models, satellite data improved significantly during the last decade and new data generated in the framework of AMA that could now be included into the atlas.
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 [[Energy Auctions in Brazil#toc|►Go To Top]]<br/>
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 = Auctions for isolated systems<br/> =

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 The first exclusive wind energy auction was realized in 2009. 71 wind energy projects with a potential of two Gigawatt (GW) were contracted. Since then, wind energy turned competitive and could subsequently dispute with other energy sources in the auctions. Till date, there were 14 auctions with a participation of wind energy, totalizing 561 contracted wind energy projects with a capacity of 14 GW till 2019 and an average price of aproximately R$ 125,00/MWh<ref name="ABEEólica">ABEEólica 2015: Boletim de Dados. http://abeeolica.org.br/pdf/Boletim-de-Dados-ABEEolica-Julho-2015-Publico.pdf (Retrieved on 29-7-2015)</ref><ref name="CCEE">CCEE: Biblioteca virtual. http://bit.ly/1K6EP3k (Retrieved on 29-7-2015)</ref>.
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 == Support for off grid/ mini grid system auctions ==
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-[[File:PV system in Sobrado Community- Amazonas, Brazil.JPG|border|right|140pxpx|PV system in the Community Sobrado - Amazonas, Brazil|alt=PV system in Sobrado Community- Amazonas, Brazil]]Energy simulations of isolated systems - [[:File:Simulações Energéticas dos Sistemas Isolados.pdf|Simulações energéticas dos sistemas isolados (2014)]]
+[[File:PV system in Sobrado Community- Amazonas, Brazil.JPG|border|right|140px|PV system in the Community Sobrado - Amazonas, Brazil|alt=PV system in Sobrado Community- Amazonas, Brazil]]Energy simulations of isolated systems - [[:File:Simulações Energéticas dos Sistemas Isolados.pdf|Simulações energéticas dos sistemas isolados (2014)]]
 The aim of the energy simulations described in this study was to evaluate the feasibility of renewable energy based generation systems in remote areas. It contains energy simulations of four locations in Acre-state, Amazonia, and a generic case study about the expansion of renewable energies in isolated systems. The author argues that hybrid energy systems with combined diesel generators, photovoltaic systems and batteries serve to cover the energy demand more economically than common diesel generators.
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 = <span style="font-size: 21.7600002288818px; line-height: 30.4640007019043px; background-color: initial;">Photovoltaic auctions</span><br/> =
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 [[Category:Brazil]]

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-[[File:PV system in Sobrado Community- Amazonas, Brazil.JPG|border|right|135pxpx|PV system in Sobrado Community- Amazonas, Brazil|alt=PV system in Sobrado Community- Amazonas, Brazil]]Energy simulations of isolated systems - [[:File:Simulações Energéticas dos Sistemas Isolados.pdf|Simulações energéticas dos sistemas isolados (2014)]]
+[[File:PV system in Sobrado Community- Amazonas, Brazil.JPG|border|right|140pxpx|PV system in the Community Sobrado - Amazonas, Brazil|alt=PV system in Sobrado Community- Amazonas, Brazil]]Energy simulations of isolated systems - [[:File:Simulações Energéticas dos Sistemas Isolados.pdf|Simulações energéticas dos sistemas isolados (2014)]]
 The aim of the energy simulations described in this study was to evaluate the feasibility of renewable energy based generation systems in remote areas. It contains energy simulations of four locations in Acre-state, Amazonia, and a generic case study about the expansion of renewable energies in isolated systems. The author argues that hybrid energy systems with combined diesel generators, photovoltaic systems and batteries serve to cover the energy demand more economically than common diesel generators.

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-Energy simulations of isolated systems - [[:File:Simulações Energéticas dos Sistemas Isolados.pdf|Simulações energéticas dos sistemas isolados (2014)]]
+[[File:PV system in Sobrado Community- Amazonas, Brazil.JPG|border|right|135pxpx|PV system in Sobrado Community- Amazonas, Brazil|alt=PV system in Sobrado Community- Amazonas, Brazil]]Energy simulations of isolated systems - [[:File:Simulações Energéticas dos Sistemas Isolados.pdf|Simulações energéticas dos sistemas isolados (2014)]]
 The aim of the energy simulations described in this study was to evaluate the feasibility of renewable energy based generation systems in remote areas. It contains energy simulations of four locations in Acre-state, Amazonia, and a generic case study about the expansion of renewable energies in isolated systems. The author argues that hybrid energy systems with combined diesel generators, photovoltaic systems and batteries serve to cover the energy demand more economically than common diesel generators.

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 == Support for off grid/ mini grid system auctions ==
-https://energypedia.info/images/c/cf/Generator.JPGIntegration potential of photovoltaic energy in isolated grids with diesel generators - [[:File:Potencial de integração fotovoltaica em redes de geração diesel. Pau Farrés Antúnez.pdf|Potencial de integração de energia fotovoltaica em redes isoladas com geradores a diesel (2013)]]
+[[File:Generator.JPG|border|left|120px|Polluting diesel generator|alt=Polluting diesel generator]]Integration potential of photovoltaic energy in isolated grids with diesel generators - [[:File:Potencial de integração fotovoltaica em redes de geração diesel. Pau Farrés Antúnez.pdf|Potencial de integração de energia fotovoltaica em redes isoladas com geradores a diesel (2013)]]
 The application of photovoltaic energy in isolated systems is viable – it’s the conclusion of this feasibility study. The author compares two different scenarios with different generation system sizes and fuel costs and concludes that the introduction of hybrid photovoltaic-diesel systems in remote areas is overall beneficial. The simulation was carried out through software HOMER, which is specially designed for simulations of hybrid generation systems.

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 == Increasing the knowledge of wind potential ==
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 == Application of wind energy data<br/> ==
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 = <span style="font-size: 21.7600002288818px; line-height: 30.4640007019043px; background-color: initial;">Photovoltaic auctions</span><br/> =
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-Article: PV Auctions – New element of Brazilian energy policies - [[:File:Photovoltaik-Auktionen-_neues_Element_der_brasilianischen_Energiepolitik.pdf|Photovoltaik-Auktionen – Neues Element der brasilianischen Energiepolitik (2015)]]
+Article: PV Auctions – New element of Brazilian energy policies - [[:File:Photovoltaik-Auktionen- neues Element der brasilianischen Energiepolitik.pdf|Photovoltaik-Auktionen – Neues Element der brasilianischen Energiepolitik (2015)]]
 This article gives more information about the Brazilian energy auctions model, the results of the first PV auction, financial incentives for the projects as well as an outlook for further auctions in 2015. The first auction showed that there is a huge interest by investors to enter the Brazilian PV market.&nbsp;
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 = Further Information&nbsp; =
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 [[Category:Brazil]]

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-Infosheet: Cooperation in the area of wind energy - [[:File:Cooperação_na_área_de_Energia_Eólica.pdf|Cooperação na área de Energia Eólica (2015)]]
+Infosheet: Cooperation in the area of wind energy - [[:File:Cooperação na área de Energia Eólica.pdf|Cooperação na área de Energia Eólica (2015)]]
 A better knowledge about wind regimes in Brazil is crucial for the promotion of this energy source as well as improved energy planning. GIZ supported EPE by the design and administration of the monitoring system for anemometric measurement (port. Acompanhamento de Medições Anemomêtricas - AMA) and the development of products concerning &nbsp;the AMA data bases, p. ex. a Brazilian Wind Index.&nbsp;
 [[File:Wind park in Rio Grande do Norte-State (Brazil).jpg|border|left|200px|Wind park in Rio Grande do Norte-state (Brazil)|alt=Wind park]]Stochastic modeling of wind power generation for energy studies - [[:File:Modelagem Estocástica da Geração Eólica no Brasil.pdf|Modelagem Estocástica da Geração Eólica para Estudos Energéticos (2010)]]

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 = <span style="font-size: 21.7600002288818px; line-height: 30.4640007019043px; background-color: initial;">Photovoltaic auctions</span><br/> =
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-[[File:Comercial PV plant in Santa Tubarão (Brazil).jpg|border|left|180px|Comercial PV plant in Santa Tubarão (Brazil)|alt=Comercial PV plant in Santa Tubarão (Brazil)]]PV auctions as new element of the Brazilian energy policy - [[:File:Infoblatt Photovoltaik-Auktionen - Neues Element der brasilianischen Energiepolitik.pdf|Photovoltaik-Auktionen – Neues Element der brasilianischen Energiepolitik]]&nbsp;(2015)
+[[File:Comercial PV plant in Santa Tubarão (Brazil).jpg|border|left|180px|Comercial PV plant in Santa Tubarão (Brazil)|alt=Comercial PV plant in Santa Tubarão (Brazil)]]Infosheet:&nbsp;PV auctions as new element of the Brazilian energy policy - [[:File:Infoblatt Photovoltaik-Auktionen - Neues Element der brasilianischen Energiepolitik.pdf|Photovoltaik-Auktionen – Neues Element der brasilianischen Energiepolitik]]&nbsp;(2015)
 The Brazilian government aims to support the development of PV in Brazil by the introduction of specific PV auctions, following the same approach like it was realized before with wind power, which led to the successful enlargement of the wind power industry and installed wind capacity in Brazil. GIZ supported the process by promoting know-how-transfer, institutional exchange and dissemination of market opportunities in the PV business.
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 = Further Information&nbsp; =