pressure to construct new hydroelectric dams in the Amazon region.However, the Federal Government continues to pursue ambitious plans to accelerate the constructionof hydroelectric dams in the Amazon in the coming years. The authors describe gravesocial and environmental impacts downstream and upstream - such as greenhouse gas emissions,losses of biodiversity and impacts to the livelihood and rights of local populations – associatedwith the current fever of dam construction in the Amazon. These impacts are underestimatedor ignored in basin inventories and environmental impact assessments conducted by thegovernment’s electric sector and private corporations.The authors emphasize the need to overcome misconceptions regarding hydroelectric dams as asource of clean, cheap and renewable energy. They warn that it is crucial to reverse current trendstowards lowering social and environmental safeguards, including compliance with Brazilian legislationand international standards on human rights and environmental protection. They outlinethe need to eliminate perverse incentives for the construction of dams such as carbon creditsunder the Clean Development Mechanism.In the case of the Belo Monte and Tapajós Hydroelectric Complexes, a series of risk scenariospresented in this document demonstrate the lack of feasibility of both projects due to the influenceof variables such as construction time, costs, carbon emissions and the market price of carboncredits. The result will be extraordinary public contributions to the development of projectsthrough tax breaks, cross subsidies and the participation of state enterprises and pension fundswhose investment portfolios are influenced by the federal government. This has already occurredin the case of Belo Monte.An examination of the financing of big hydroelectric projects in this report reveals weaknesses inthe risk analysis and social and environmental safeguard policies of public and private banks andinsurance companies. Financing decisions are made merely on the basis of whether environmentallicenses have been granted, yet such licenses typically demonstrate serious legal flaws withinadministrative procedures, in addition to violations of voluntary agreements, such as the EquatorPrinciples and Brazil’s Green Protocol.If such underlying flaws continue in the licensing processes of dam projects, banks may bearthe economic risks of such projects, and, according to the principle of strict liability in Brazilianenvironmental law, may be responsible for environmental damages, regardless of the formal existenceof environmental licenses.The enormous potential of solar and wind energy in Brazil is being largely ignored within publicpolicies for the energy sector, according to this report. Based on available technologies, if solarenergy was captured in less than 5% of Brazil’s urban areas (or 0.01% of Brazil’s territory), it wouldbe possible to meet 10% of the current national electricity demand.In the case of wind energy, the unexploited potential is 300 GW, almost three times the total installedcapacity in the country today. However, the lack of a consistent set of policies to incentivizeand upscale truly renewable energy, as well as regulatory barriers, present obstacles to the enor-
14mous opportunities for the expansion of solar and wind energy in Brazil.In the analysis of the potential for biomass in the Brazilian electric matrix, the authors state thatthe use of sugar cane residue for the cogeneration of electricity presents an important alternativeto petroleum products and other fossil fuels. The generation potential of this source could reachapproximately 14,000 MW in 2021, which corresponds to the energy production of three BeloMonte dam projects.Private investment in renewable energy in Brazil grew by 8% in 2011, reaching US$7 billion, mainlydue to the expansion of wind energy. In global terms, investment in renewable energy reachedUS$237 billion dollars in 2011, surpassing the US$223 billion invested in the construction of newfossil fuel plants, indicating a positive growth trend for the renewable energy sector, which doesnot include hydropower.But to take advantage of the opportunities and to overcome the obstacles mentioned above, it isnecessary to increase transparency and open up democratic space for debate and dialogue betweenthe government and society, which is not effectively occurring due to a lack of political willon the part of the Brazilian Government.O Setor Elétrico Brasileiro e a Sustentabilidade no Século 21:<strong>Oportunidades</strong> e <strong>Desafios</strong>
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- Page 8 and 9: 07PrefácioMarina SilvaEnergia é t
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- Page 20 and 21: 19Apesar de sua forte predominânci
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- Page 28 and 29: 27O desenvolvimento de indicadores
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- Page 44 and 45: 43Diante dos dados comparativos aci
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- Page 54 and 55: 53Hidrelétricas como geradores de
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- Page 58 and 59: 57RESULTADOS E DISCUSSÃOA Tabela 1
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63o ritual tivesse uma versão comp
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653.4 Financiamentos a Hidrelétric
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67Como é possível notar acima, a
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O Setor Elétrico Brasileiro e a Su
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714.1 Energias Renováveis: Eólica
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73Além do enorme potencial em terr
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75O Proinfa continuou em vigor até
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77A área ocupada por plantas solar
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79de Geração de Energia Elétrica
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81triz elétrica do país, o setor
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834.3 - Investimento em energia ren
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852008, de acordo com o relatório
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87Foto: Tomas Munita / 2011CONSIDER
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89cos socioambientais, inclusive cu
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91Foto: Tomas Munita / 2011BIBLIOGR
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MME. Plano Nacional de Mineração
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95[30] da Silva, M., B. Matvienko,
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97Tucuruí Dam) and the energy poli
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99hidrelétricas: Implicações de
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RealizaçãoApoio