International Experience with Private Sector Participation in Power Grids : Brazil Case Study
The power sector which consisted almost exclusively of enterprises under Federal and State control was severely affected by the repercussions of this negative phase for the Brazilian economy. The tariffs for sales between generators and distributor...
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| Format: | Report |
| Language: | English en_US |
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World Bank, Washington, DC
2016
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| Online Access: | http://documents.worldbank.org/curated/en/2015/12/25666034/international-experience-private-sector-participation-power-grids-brazil-case-study http://hdl.handle.net/10986/23614 |
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okr-10986-23614 |
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oai_dc |
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Digital Repository |
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Foreign Institution |
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Digital Repositories |
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World Bank Open Knowledge Repository |
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World Bank |
| language |
English en_US |
| topic |
PRIMARY SOURCES CANE NATURAL GAS PUBLIC UTILITIES POWER PLANTS FREE ENERGY HYDRO‐POWER FOSSIL FUELS ACCESS TO ELECTRICITY ENERGY PRICES ELECTRICITY TARIFF FUEL CONSUMPTION ACTIVITIES GENERATION ENERGY SOURCE WIND CLEAN ENERGY WIND FARMS OLD ENERGY POWER SYSTEM POWER GRIDS THERMAL POWER PLANTS FREE ENERGY WIND FARMS ELECTRICITY DISTRIBUTION NUCLEAR POWER PLANT GAS PRICE VOLTAGE TRANSMISSION SYSTEM TRANSMISSION FACILITIES ELECTRICITY TARIFF POWER SYSTEM ELECTRICITY CONSUMPTION BIOMASS POWER DISTRIBUTION AMOUNT OF POWER ENERGY POLICIES OIL RENEWABLE SOURCES POWER SYSTEMS TRANSMISSION FACILITIES POWER GENERATION RENEWABLE ENERGY ENERGY SOURCES SUSTAINABLE ENERGY POWER SECTOR TARIFF LEVELS SOLAR POWER PLANTS ENERGY SUPPLY TRANSMISSION GRID OIL PRODUCTS WATER ENERGY RESOURCES POWER SECTOR DISTRIBUTION FACILITIES SUSTAINABLE ENERGY ELECTRICITY SUPPLY ACCESS TO ELECTRICITY SUGAR CANE INVESTMENT OPPORTUNITIES DEMAND FOR ELECTRICITY DIESEL OIL FUEL CONSUMPTION FUELS THERMAL POWER POWER DISTRIBUTION PUBLIC UTILITIES POWER PRODUCERS OIL CRISIS POWER PURCHASE AGREEMENTS ENERGY CONSUMPTION TRANSMISSION LINES POWER PRODUCERS ELECTRIC ENERGY DEMAND FOR ELECTRICITY BALANCE TARIFF STRUCTURE SOURCE OF ENERGY ALTERNATIVE ENERGY UTILITIES POWER ELECTRICITY SALES ELECTRICITY HYDROPOWER PLANT ENVIRONMENTAL IMPACTS OIL CRISIS HYDROPOWER POWER LINES ELECTRICITY TARIFFS INVESTMENT OPPORTUNITIES POWER PRODUCTION POWER CONSUMPTION TRANSMISSION SYSTEM ENERGY SOURCE ENERGY PRICES HYDRO‐POWER PLANTS FOSSIL FUELS HYDROPOWER PLANT TARIFF LEVELS ENERGY PRODUCTION THERMAL POWER PLANTS SOLAR POWER POWER GENERATION POWER PRODUCTION THERMAL POWER PLANT WIND FARM ENERGY CONSUMPTION ENERGY EFFICIENCY ENERGY DEMAND ELECTRICITY PRICES ACCESS TO ELECTRICITY OLD ENERGY ACCESS COSTS POWER PRODUCER NATURAL GAS HYDRO‐POWER PLANTS POWER CONSUMPTION SUGARCANE ENERGY BALANCE ENERGY EFFICIENCY TRANSMISSION LINE INVESTMENT TARIFF STRUCTURE ENERGY DEVELOPMENT COAL NUCLEAR POWER TARIFF ELECTRICITY SUPPLY DISTRIBUTION NETWORK FUEL POWER PLANTS ENVIRONMENTAL IMPACTS FUEL OIL AVAILABILITY ETHYL ALCOHOL FACILITIES INVESTMENTS RENEWABLE SOURCES TRANSMISSION LINE RENEWABLE ENERGY ENERGY PRODUCTION ACTIVITIES ENERGY BALANCE ELECTRICITY DISTRIBUTION THERMAL POWER SOURCE OF ENERGY ELECTRICITY PRODUCTION DIESEL ENERGY RESOURCES FOSSIL TRANSMISSION LINES PRICES APPROACH ELECTRICITY CONSUMPTION POWER PLANT ENERGY |
| spellingShingle |
PRIMARY SOURCES CANE NATURAL GAS PUBLIC UTILITIES POWER PLANTS FREE ENERGY HYDRO‐POWER FOSSIL FUELS ACCESS TO ELECTRICITY ENERGY PRICES ELECTRICITY TARIFF FUEL CONSUMPTION ACTIVITIES GENERATION ENERGY SOURCE WIND CLEAN ENERGY WIND FARMS OLD ENERGY POWER SYSTEM POWER GRIDS THERMAL POWER PLANTS FREE ENERGY WIND FARMS ELECTRICITY DISTRIBUTION NUCLEAR POWER PLANT GAS PRICE VOLTAGE TRANSMISSION SYSTEM TRANSMISSION FACILITIES ELECTRICITY TARIFF POWER SYSTEM ELECTRICITY CONSUMPTION BIOMASS POWER DISTRIBUTION AMOUNT OF POWER ENERGY POLICIES OIL RENEWABLE SOURCES POWER SYSTEMS TRANSMISSION FACILITIES POWER GENERATION RENEWABLE ENERGY ENERGY SOURCES SUSTAINABLE ENERGY POWER SECTOR TARIFF LEVELS SOLAR POWER PLANTS ENERGY SUPPLY TRANSMISSION GRID OIL PRODUCTS WATER ENERGY RESOURCES POWER SECTOR DISTRIBUTION FACILITIES SUSTAINABLE ENERGY ELECTRICITY SUPPLY ACCESS TO ELECTRICITY SUGAR CANE INVESTMENT OPPORTUNITIES DEMAND FOR ELECTRICITY DIESEL OIL FUEL CONSUMPTION FUELS THERMAL POWER POWER DISTRIBUTION PUBLIC UTILITIES POWER PRODUCERS OIL CRISIS POWER PURCHASE AGREEMENTS ENERGY CONSUMPTION TRANSMISSION LINES POWER PRODUCERS ELECTRIC ENERGY DEMAND FOR ELECTRICITY BALANCE TARIFF STRUCTURE SOURCE OF ENERGY ALTERNATIVE ENERGY UTILITIES POWER ELECTRICITY SALES ELECTRICITY HYDROPOWER PLANT ENVIRONMENTAL IMPACTS OIL CRISIS HYDROPOWER POWER LINES ELECTRICITY TARIFFS INVESTMENT OPPORTUNITIES POWER PRODUCTION POWER CONSUMPTION TRANSMISSION SYSTEM ENERGY SOURCE ENERGY PRICES HYDRO‐POWER PLANTS FOSSIL FUELS HYDROPOWER PLANT TARIFF LEVELS ENERGY PRODUCTION THERMAL POWER PLANTS SOLAR POWER POWER GENERATION POWER PRODUCTION THERMAL POWER PLANT WIND FARM ENERGY CONSUMPTION ENERGY EFFICIENCY ENERGY DEMAND ELECTRICITY PRICES ACCESS TO ELECTRICITY OLD ENERGY ACCESS COSTS POWER PRODUCER NATURAL GAS HYDRO‐POWER PLANTS POWER CONSUMPTION SUGARCANE ENERGY BALANCE ENERGY EFFICIENCY TRANSMISSION LINE INVESTMENT TARIFF STRUCTURE ENERGY DEVELOPMENT COAL NUCLEAR POWER TARIFF ELECTRICITY SUPPLY DISTRIBUTION NETWORK FUEL POWER PLANTS ENVIRONMENTAL IMPACTS FUEL OIL AVAILABILITY ETHYL ALCOHOL FACILITIES INVESTMENTS RENEWABLE SOURCES TRANSMISSION LINE RENEWABLE ENERGY ENERGY PRODUCTION ACTIVITIES ENERGY BALANCE ELECTRICITY DISTRIBUTION THERMAL POWER SOURCE OF ENERGY ELECTRICITY PRODUCTION DIESEL ENERGY RESOURCES FOSSIL TRANSMISSION LINES PRICES APPROACH ELECTRICITY CONSUMPTION POWER PLANT ENERGY World Bank Group International Experience with Private Sector Participation in Power Grids : Brazil Case Study |
| geographic_facet |
Brazil |
| description |
The power sector which consisted almost
exclusively of enterprises under Federal and State control
was severely affected by the repercussions of this negative
phase for the Brazilian economy. The tariffs for sales
between generators and distributors (wholesale trading) and
from the latter to end‐consumers (retail sales) were all
established by the Brazilian Government. Frequently used as
tools for curbing inflation, they fell well below the real
costs of the services rendered. As demonstrated below, these
tariff constraints had severe consequences for the power
generation, transmission and distribution segments in
Brazil. A clear awareness of these problems is apparent in
the preparation and promulgation of Brazil’s 1988
Constitution, which established that only the Federal
Government would be in charge of services and activities
linked to power services in Brazil, handled either directly,
or through concessions. Tenders will be required to select
the concessionaires, either public or private. This was the
situation of the Brazilian power sector during the 1990s,
fraught with difficulties and with its intra‐sector payment
flows severely undermined by the financial situation of the
concessionaires, almost all under State control. Quite
naturally, many new power generations, transmission and
distribution projects ground to a halt, or never even got
off the ground, with collateral effects on the construction
and equipment industries working with this sector. |
| format |
Report |
| author |
World Bank Group |
| author_facet |
World Bank Group |
| author_sort |
World Bank Group |
| title |
International Experience with Private Sector Participation in Power Grids : Brazil Case Study |
| title_short |
International Experience with Private Sector Participation in Power Grids : Brazil Case Study |
| title_full |
International Experience with Private Sector Participation in Power Grids : Brazil Case Study |
| title_fullStr |
International Experience with Private Sector Participation in Power Grids : Brazil Case Study |
| title_full_unstemmed |
International Experience with Private Sector Participation in Power Grids : Brazil Case Study |
| title_sort |
international experience with private sector participation in power grids : brazil case study |
| publisher |
World Bank, Washington, DC |
| publishDate |
2016 |
| url |
http://documents.worldbank.org/curated/en/2015/12/25666034/international-experience-private-sector-participation-power-grids-brazil-case-study http://hdl.handle.net/10986/23614 |
| _version_ |
1764454240324943872 |
| spelling |
okr-10986-236142021-04-23T14:04:15Z International Experience with Private Sector Participation in Power Grids : Brazil Case Study World Bank Group PRIMARY SOURCES CANE NATURAL GAS PUBLIC UTILITIES POWER PLANTS FREE ENERGY HYDRO‐POWER FOSSIL FUELS ACCESS TO ELECTRICITY ENERGY PRICES ELECTRICITY TARIFF FUEL CONSUMPTION ACTIVITIES GENERATION ENERGY SOURCE WIND CLEAN ENERGY WIND FARMS OLD ENERGY POWER SYSTEM POWER GRIDS THERMAL POWER PLANTS FREE ENERGY WIND FARMS ELECTRICITY DISTRIBUTION NUCLEAR POWER PLANT GAS PRICE VOLTAGE TRANSMISSION SYSTEM TRANSMISSION FACILITIES ELECTRICITY TARIFF POWER SYSTEM ELECTRICITY CONSUMPTION BIOMASS POWER DISTRIBUTION AMOUNT OF POWER ENERGY POLICIES OIL RENEWABLE SOURCES POWER SYSTEMS TRANSMISSION FACILITIES POWER GENERATION RENEWABLE ENERGY ENERGY SOURCES SUSTAINABLE ENERGY POWER SECTOR TARIFF LEVELS SOLAR POWER PLANTS ENERGY SUPPLY TRANSMISSION GRID OIL PRODUCTS WATER ENERGY RESOURCES POWER SECTOR DISTRIBUTION FACILITIES SUSTAINABLE ENERGY ELECTRICITY SUPPLY ACCESS TO ELECTRICITY SUGAR CANE INVESTMENT OPPORTUNITIES DEMAND FOR ELECTRICITY DIESEL OIL FUEL CONSUMPTION FUELS THERMAL POWER POWER DISTRIBUTION PUBLIC UTILITIES POWER PRODUCERS OIL CRISIS POWER PURCHASE AGREEMENTS ENERGY CONSUMPTION TRANSMISSION LINES POWER PRODUCERS ELECTRIC ENERGY DEMAND FOR ELECTRICITY BALANCE TARIFF STRUCTURE SOURCE OF ENERGY ALTERNATIVE ENERGY UTILITIES POWER ELECTRICITY SALES ELECTRICITY HYDROPOWER PLANT ENVIRONMENTAL IMPACTS OIL CRISIS HYDROPOWER POWER LINES ELECTRICITY TARIFFS INVESTMENT OPPORTUNITIES POWER PRODUCTION POWER CONSUMPTION TRANSMISSION SYSTEM ENERGY SOURCE ENERGY PRICES HYDRO‐POWER PLANTS FOSSIL FUELS HYDROPOWER PLANT TARIFF LEVELS ENERGY PRODUCTION THERMAL POWER PLANTS SOLAR POWER POWER GENERATION POWER PRODUCTION THERMAL POWER PLANT WIND FARM ENERGY CONSUMPTION ENERGY EFFICIENCY ENERGY DEMAND ELECTRICITY PRICES ACCESS TO ELECTRICITY OLD ENERGY ACCESS COSTS POWER PRODUCER NATURAL GAS HYDRO‐POWER PLANTS POWER CONSUMPTION SUGARCANE ENERGY BALANCE ENERGY EFFICIENCY TRANSMISSION LINE INVESTMENT TARIFF STRUCTURE ENERGY DEVELOPMENT COAL NUCLEAR POWER TARIFF ELECTRICITY SUPPLY DISTRIBUTION NETWORK FUEL POWER PLANTS ENVIRONMENTAL IMPACTS FUEL OIL AVAILABILITY ETHYL ALCOHOL FACILITIES INVESTMENTS RENEWABLE SOURCES TRANSMISSION LINE RENEWABLE ENERGY ENERGY PRODUCTION ACTIVITIES ENERGY BALANCE ELECTRICITY DISTRIBUTION THERMAL POWER SOURCE OF ENERGY ELECTRICITY PRODUCTION DIESEL ENERGY RESOURCES FOSSIL TRANSMISSION LINES PRICES APPROACH ELECTRICITY CONSUMPTION POWER PLANT ENERGY The power sector which consisted almost exclusively of enterprises under Federal and State control was severely affected by the repercussions of this negative phase for the Brazilian economy. The tariffs for sales between generators and distributors (wholesale trading) and from the latter to end‐consumers (retail sales) were all established by the Brazilian Government. Frequently used as tools for curbing inflation, they fell well below the real costs of the services rendered. As demonstrated below, these tariff constraints had severe consequences for the power generation, transmission and distribution segments in Brazil. A clear awareness of these problems is apparent in the preparation and promulgation of Brazil’s 1988 Constitution, which established that only the Federal Government would be in charge of services and activities linked to power services in Brazil, handled either directly, or through concessions. Tenders will be required to select the concessionaires, either public or private. This was the situation of the Brazilian power sector during the 1990s, fraught with difficulties and with its intra‐sector payment flows severely undermined by the financial situation of the concessionaires, almost all under State control. Quite naturally, many new power generations, transmission and distribution projects ground to a halt, or never even got off the ground, with collateral effects on the construction and equipment industries working with this sector. 2016-01-12T16:52:55Z 2016-01-12T16:52:55Z 2012-10 Report http://documents.worldbank.org/curated/en/2015/12/25666034/international-experience-private-sector-participation-power-grids-brazil-case-study http://hdl.handle.net/10986/23614 English en_US CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank World Bank, Washington, DC Economic & Sector Work Economic & Sector Work :: Energy Study Brazil |