Brazil: Efficiency in Energy Use Program (CONSERVE)

A program designed to provide low-interest loans to industrial firms for investments in oil conservation and/or substitution. Financed projects for rationalization of energy use in industries, mobilizing a broad government effort.

Date Implemented:1981

Status: Voluntary

Brazil: Efficiency in Energy Use Program (CONSERVE)

A program designed to provide low-interest loans to industrial firms for investments in oil conservation and/or substitution. Financed projects for rationalization of energy use in industries, mobilizing a broad government effort.

Date Implemented:1981

Status: Voluntary

Brazil: Efficiency in Energy Use Program (CONSERVE)

A program designed to provide low-interest loans to industrial firms for investments in oil conservation and/or substitution. Financed projects for rationalization of energy use in industries, mobilizing a broad government effort.

Date Implemented:1981

Status: Voluntary

Brazil: Efficiency in Energy Use Program (CONSERVE)

A program designed to provide low-interest loans to industrial firms for investments in oil conservation and/or substitution. Financed projects for rationalization of energy use in industries, mobilizing a broad government effort.

Date Implemented:1981

Status: Voluntary

Brazil: Efficiency in Energy Use Program (CONSERVE)

A program designed to provide low-interest loans to industrial firms for investments in oil conservation and/or substitution. Financed projects for rationalization of energy use in industries, mobilizing a broad government effort.

Date Implemented:1981

Status: Voluntary

Brazil: Administrative Directive no 227

Electrobras should hold a public call for proposals to identify the surplus energy available from cogeneration (to bring it to market) and should establish mechanisms for purchase of surplus electricity.

References: National Communication to the UNFCCC

Brazil: Administrative Directive no 227

Electrobras should hold a public call for proposals to identify the surplus energy available from cogeneration (to bring it to market) and should establish mechanisms for purchase of surplus electricity.

References: National Communication to the UNFCCC

Brazil: Administrative Directive no 227

Electrobras should hold a public call for proposals to identify the surplus energy available from cogeneration (to bring it to market) and should establish mechanisms for purchase of surplus electricity.

References: National Communication to the UNFCCC

Brazil: Administrative Directive no 227

Electrobras should hold a public call for proposals to identify the surplus energy available from cogeneration (to bring it to market) and should establish mechanisms for purchase of surplus electricity.

References: National Communication to the UNFCCC

Brazil: Administrative Directive no 227

Electrobras should hold a public call for proposals to identify the surplus energy available from cogeneration (to bring it to market) and should establish mechanisms for purchase of surplus electricity.

References: National Communication to the UNFCCC

Brazil: Administrative Directive no 227

Electrobras should hold a public call for proposals to identify the surplus energy available from cogeneration (to bring it to market) and should establish mechanisms for purchase of surplus electricity.

References: National Communication to the UNFCCC

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

Brazil: Electrical Sector Act 10.438/2002

India: India - Japan Energy Forum

Launched in New Dehli on 6 December 2006, the India - Japan Energy Forum focuses on energy policy, energy supply, and energy conservation in industry in India and Japan. The forum aims to develop cooperation between Indian and Japanese stakeholders by introducing and formally exchanging information on national energy policies and the status of energy-related industries in India and Japan.

Date Implemented: 2006

India: India - Japan Energy Forum

Launched in New Dehli on 6 December 2006, the India - Japan Energy Forum focuses on energy policy, energy supply, and energy conservation in industry in India and Japan. The forum aims to develop cooperation between Indian and Japanese stakeholders by introducing and formally exchanging information on national energy policies and the status of energy-related industries in India and Japan.

Date Implemented: 2006

India: India - Japan Energy Forum

Launched in New Dehli on 6 December 2006, the India - Japan Energy Forum focuses on energy policy, energy supply, and energy conservation in industry in India and Japan. The forum aims to develop cooperation between Indian and Japanese stakeholders by introducing and formally exchanging information on national energy policies and the status of energy-related industries in India and Japan.

Date Implemented: 2006

India: India - Japan Energy Forum

Launched in New Dehli on 6 December 2006, the India - Japan Energy Forum focuses on energy policy, energy supply, and energy conservation in industry in India and Japan. The forum aims to develop cooperation between Indian and Japanese stakeholders by introducing and formally exchanging information on national energy policies and the status of energy-related industries in India and Japan.

Date Implemented: 2006

India: India - Japan Energy Forum

Launched in New Dehli on 6 December 2006, the India - Japan Energy Forum focuses on energy policy, energy supply, and energy conservation in industry in India and Japan. The forum aims to develop cooperation between Indian and Japanese stakeholders by introducing and formally exchanging information on national energy policies and the status of energy-related industries in India and Japan.

Date Implemented: 2006

India: India - Japan Energy Forum

Launched in New Dehli on 6 December 2006, the India - Japan Energy Forum focuses on energy policy, energy supply, and energy conservation in industry in India and Japan. The forum aims to develop cooperation between Indian and Japanese stakeholders by introducing and formally exchanging information on national energy policies and the status of energy-related industries in India and Japan.

Date Implemented: 2006

Mexico: Renewable Energy Initiative

Increase the use of renewable energies by promoting investment and marketing in green energy, power generation, and R&D.

Status: In Force

Mexico: Renewable Energy Initiative

Increase the use of renewable energies by promoting investment and marketing in green energy, power generation, and R&D.

Status: In Force

Mexico: Renewable Energy Initiative

Increase the use of renewable energies by promoting investment and marketing in green energy, power generation, and R&D.

Status: In Force

Mexico: Renewable Energy Initiative

Increase the use of renewable energies by promoting investment and marketing in green energy, power generation, and R&D.

Status: In Force

Mexico: Renewable Energy Initiative

Increase the use of renewable energies by promoting investment and marketing in green energy, power generation, and R&D.

Status: In Force

Mexico: Renewable Energy Initiative

Increase the use of renewable energies by promoting investment and marketing in green energy, power generation, and R&D.

Status: In Force

Mexico: Renewable Energy Initiative

Increase the use of renewable energies by promoting investment and marketing in green energy, power generation, and R&D.

Status: In Force

Indonesia: Government Regulation No. 26/2006 (amendment of Government Regulation No. 3/ 2005)

Indonesia: Government Regulation No. 26/2006 (amendment of Government Regulation No. 3/ 2005)

Indonesia: Government Regulation No. 26/2006 (amendment of Government Regulation No. 3/ 2005)

Indonesia: Government Regulation No. 26/2006 (amendment of Government Regulation No. 3/ 2005)

Indonesia: Government Regulation No. 26/2006 (amendment of Government Regulation No. 3/ 2005)

Indonesia: Presidential Instruction No.1/2006 on Supply and Utilization of Biofuels as Alternative Energy (January, 2006)

Accelerating bio-fuel utilization for fossil fuel substitution, prioritazing the utilization of bio-fuel for industries

Date Implemented: 2006

Status: In Force; Voluntary

References: http://unit.aist.go.jp/internat/biomassws/03workshop/material/day1indone...

Indonesia: Presidential Instruction No.1/2006 on Supply and Utilization of Biofuels as Alternative Energy (January, 2006)

Accelerating bio-fuel utilization for fossil fuel substitution, prioritazing the utilization of bio-fuel for industries

Date Implemented: 2006

Status: In Force; Voluntary

References: http://unit.aist.go.jp/internat/biomassws/03workshop/material/day1indone...

Indonesia: Presidential Instruction No.1/2006 on Supply and Utilization of Biofuels as Alternative Energy (January, 2006)

Accelerating bio-fuel utilization for fossil fuel substitution, prioritazing the utilization of bio-fuel for industries

Date Implemented: 2006

Status: In Force; Voluntary

References: http://unit.aist.go.jp/internat/biomassws/03workshop/material/day1indone...

Indonesia: Presidential Instruction No.1/2006 on Supply and Utilization of Biofuels as Alternative Energy (January, 2006)

Accelerating bio-fuel utilization for fossil fuel substitution, prioritazing the utilization of bio-fuel for industries

Date Implemented: 2006

Status: In Force; Voluntary

References: http://unit.aist.go.jp/internat/biomassws/03workshop/material/day1indone...

Indonesia: Presidential Instruction No.1/2006 on Supply and Utilization of Biofuels as Alternative Energy (January, 2006)

Accelerating bio-fuel utilization for fossil fuel substitution, prioritazing the utilization of bio-fuel for industries

Date Implemented: 2006

Status: In Force; Voluntary

References: http://unit.aist.go.jp/internat/biomassws/03workshop/material/day1indone...

Indonesia: Presidential Instruction No.1/2006 on Supply and Utilization of Biofuels as Alternative Energy (January, 2006)

Accelerating bio-fuel utilization for fossil fuel substitution, prioritazing the utilization of bio-fuel for industries

Date Implemented: 2006

Status: In Force; Voluntary

References: http://unit.aist.go.jp/internat/biomassws/03workshop/material/day1indone...

Indonesia: Presidential Instruction No.1/2006 on Supply and Utilization of Biofuels as Alternative Energy (January, 2006)

Accelerating bio-fuel utilization for fossil fuel substitution, prioritazing the utilization of bio-fuel for industries

Date Implemented: 2006

Status: In Force; Voluntary

References: http://unit.aist.go.jp/internat/biomassws/03workshop/material/day1indone...

Indonesia: Government Regulation No. 03/2005, Regulation on Electricity Supply and Utilization

Regulate the supply and utilization of electricity; priority is to be given to the use of local sources of energy with the mandatory prioritizing of renewable sources of energy for power generation without bidding process. It is not clear how this prioritazing will be effected.

Date Implemented: 2005

Status: In Force; Framework Policy

Indonesia: Government Regulation No. 03/2005, Regulation on Electricity Supply and Utilization

Regulate the supply and utilization of electricity; priority is to be given to the use of local sources of energy with the mandatory prioritizing of renewable sources of energy for power generation without bidding process. It is not clear how this prioritazing will be effected.

Date Implemented: 2005

Status: In Force; Framework Policy

Indonesia: Government Regulation No. 03/2005, Regulation on Electricity Supply and Utilization

Regulate the supply and utilization of electricity; priority is to be given to the use of local sources of energy with the mandatory prioritizing of renewable sources of energy for power generation without bidding process. It is not clear how this prioritazing will be effected.

Date Implemented: 2005

Status: In Force; Framework Policy

Indonesia: Government Regulation No. 03/2005, Regulation on Electricity Supply and Utilization

Regulate the supply and utilization of electricity; priority is to be given to the use of local sources of energy with the mandatory prioritizing of renewable sources of energy for power generation without bidding process. It is not clear how this prioritazing will be effected.

Date Implemented: 2005

Status: In Force; Framework Policy

Indonesia: Government Regulation No. 03/2005, Regulation on Electricity Supply and Utilization

Regulate the supply and utilization of electricity; priority is to be given to the use of local sources of energy with the mandatory prioritizing of renewable sources of energy for power generation without bidding process. It is not clear how this prioritazing will be effected.

Date Implemented: 2005

Status: In Force; Framework Policy

Indonesia: Medium Scale Power Generation using Renewable Energy

The policy supports businesses with capacity less than 10 MW. Electricity Price by Utility:

Indonesia: Medium Scale Power Generation using Renewable Energy

The policy supports businesses with capacity less than 10 MW. Electricity Price by Utility:

Indonesia: Medium Scale Power Generation using Renewable Energy

The policy supports businesses with capacity less than 10 MW. Electricity Price by Utility:

Indonesia: Medium Scale Power Generation using Renewable Energy

The policy supports businesses with capacity less than 10 MW. Electricity Price by Utility:

Indonesia: Medium Scale Power Generation using Renewable Energy

The policy supports businesses with capacity less than 10 MW. Electricity Price by Utility:

Indonesia: Medium Scale Power Generation using Renewable Energy

The policy supports businesses with capacity less than 10 MW. Electricity Price by Utility:

Indonesia: Medium Scale Power Generation using Renewable Energy

The policy supports businesses with capacity less than 10 MW. Electricity Price by Utility:

Indonesia: Small Power Distributed Generation Using Renewable Energy

The policy has set tariffs to be paid to generators at 60% of the utility’s production cost if the project is connected to the low voltage grid, and 80% if connected to the medium voltage grid.

Date Implemented: 2002

Status: In Force; Voluntary

References: http://gsr.ren21.net/index.php?title=Indonesia

Indonesia: Small Power Distributed Generation Using Renewable Energy

The policy has set tariffs to be paid to generators at 60% of the utility’s production cost if the project is connected to the low voltage grid, and 80% if connected to the medium voltage grid.

Date Implemented: 2002

Status: In Force; Voluntary

References: http://gsr.ren21.net/index.php?title=Indonesia

Indonesia: Small Power Distributed Generation Using Renewable Energy

The policy has set tariffs to be paid to generators at 60% of the utility’s production cost if the project is connected to the low voltage grid, and 80% if connected to the medium voltage grid.

Date Implemented: 2002

Status: In Force; Voluntary

References: http://gsr.ren21.net/index.php?title=Indonesia

Indonesia: Small Power Distributed Generation Using Renewable Energy

The policy has set tariffs to be paid to generators at 60% of the utility’s production cost if the project is connected to the low voltage grid, and 80% if connected to the medium voltage grid.

Date Implemented: 2002

Status: In Force; Voluntary

References: http://gsr.ren21.net/index.php?title=Indonesia

Indonesia: Small Power Distributed Generation Using Renewable Energy

The policy has set tariffs to be paid to generators at 60% of the utility’s production cost if the project is connected to the low voltage grid, and 80% if connected to the medium voltage grid.

Date Implemented: 2002

Status: In Force; Voluntary

References: http://gsr.ren21.net/index.php?title=Indonesia

Indonesia: Small Power Distributed Generation Using Renewable Energy

The policy has set tariffs to be paid to generators at 60% of the utility’s production cost if the project is connected to the low voltage grid, and 80% if connected to the medium voltage grid.

Date Implemented: 2002

Status: In Force; Voluntary

References: http://gsr.ren21.net/index.php?title=Indonesia

Indonesia: Small Power Distributed Generation Using Renewable Energy

The policy has set tariffs to be paid to generators at 60% of the utility’s production cost if the project is connected to the low voltage grid, and 80% if connected to the medium voltage grid.

Date Implemented: 2002

Status: In Force; Voluntary

References: http://gsr.ren21.net/index.php?title=Indonesia

Indonesia: Small Power Distributed Generation Using Renewable Energy

The policy has set tariffs to be paid to generators at 60% of the utility’s production cost if the project is connected to the low voltage grid, and 80% if connected to the medium voltage grid.

Date Implemented: 2002

Status: In Force; Voluntary

References: http://gsr.ren21.net/index.php?title=Indonesia

South Africa: IAP (International Action Programme): Regulatory Framework for Renewable Energy

To ensure the integrity and fundamentals of renewable energy market development by facilitating market access, fair return on investment, quality of supply, concessions / subsidies and their compliance, technical and customer standards, monitoring and evaluation, dispute management, etc. Obligation, Renewable Energy Certificates and partnerships with banking institutions and other agencies to attract private financing for renewable energy development.

South Africa: IAP (International Action Programme): Regulatory Framework for Renewable Energy

To ensure the integrity and fundamentals of renewable energy market development by facilitating market access, fair return on investment, quality of supply, concessions / subsidies and their compliance, technical and customer standards, monitoring and evaluation, dispute management, etc. Obligation, Renewable Energy Certificates and partnerships with banking institutions and other agencies to attract private financing for renewable energy development.

South Africa: IAP (International Action Programme): Regulatory Framework for Renewable Energy

To ensure the integrity and fundamentals of renewable energy market development by facilitating market access, fair return on investment, quality of supply, concessions / subsidies and their compliance, technical and customer standards, monitoring and evaluation, dispute management, etc. Obligation, Renewable Energy Certificates and partnerships with banking institutions and other agencies to attract private financing for renewable energy development.

South Africa: IAP (International Action Programme): Regulatory Framework for Renewable Energy

To ensure the integrity and fundamentals of renewable energy market development by facilitating market access, fair return on investment, quality of supply, concessions / subsidies and their compliance, technical and customer standards, monitoring and evaluation, dispute management, etc. Obligation, Renewable Energy Certificates and partnerships with banking institutions and other agencies to attract private financing for renewable energy development.

South Africa: IAP (International Action Programme): Regulatory Framework for Renewable Energy

To ensure the integrity and fundamentals of renewable energy market development by facilitating market access, fair return on investment, quality of supply, concessions / subsidies and their compliance, technical and customer standards, monitoring and evaluation, dispute management, etc. Obligation, Renewable Energy Certificates and partnerships with banking institutions and other agencies to attract private financing for renewable energy development.

Argentina: International Action Programme (IAP), Promotion of Renewable Energies in Argentina with the Aim of Achieving 8% of Power Consumption from Renewable Energies

Argentina: International Action Programme (IAP), Promotion of Renewable Energies in Argentina with the Aim of Achieving 8% of Power Consumption from Renewable Energies

Argentina: International Action Programme (IAP), Promotion of Renewable Energies in Argentina with the Aim of Achieving 8% of Power Consumption from Renewable Energies

Argentina: International Action Programme (IAP), Promotion of Renewable Energies in Argentina with the Aim of Achieving 8% of Power Consumption from Renewable Energies

Argentina: International Action Programme (IAP), Promotion of Renewable Energies in Argentina with the Aim of Achieving 8% of Power Consumption from Renewable Energies

Argentina: International Action Programme (IAP), Promotion of Renewable Energies in Argentina with the Aim of Achieving 8% of Power Consumption from Renewable Energies

Argentina: International Action Programme (IAP), Promotion of Renewable Energies in Argentina with the Aim of Achieving 8% of Power Consumption from Renewable Energies

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: Medium and Long Term Energy Conservation Plan

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: 11th Five-Year Plan

The programming period is divided into the Eleventh Five Year Plan period running to 2010 and the period from 2010 to 2020. The energy conservation objectives and the focus of development by 2010 are essentially planned, whereas the objectives stated for 2020 are proposed. In its “alternative oil strategy,” which is part of the Five-Year Plan, Beijing has called for a doubling in renewable energy generation to 15% of the country’s needs by 2020, including major increases in wind power and biomass.

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: Medium and Long-Term Energy Development Plan Outline (2004-2020)

China: National Medium-and Long-Term (2006-2020) Program Outline for Scientific and Technological Development

Designated “energy” as the No. 1 area that “needs urgent S&T support”. The document mapped out a host of government-supported plans covering key fields of study, cutting-edge technologies, big special programs, as well as basic research.

Date Implemented: 2006

Status: In Force; Framework Policy

China: National Medium-and Long-Term (2006-2020) Program Outline for Scientific and Technological Development

Designated “energy” as the No. 1 area that “needs urgent S&T support”. The document mapped out a host of government-supported plans covering key fields of study, cutting-edge technologies, big special programs, as well as basic research.

Date Implemented: 2006

Status: In Force; Framework Policy

China: National Medium-and Long-Term (2006-2020) Program Outline for Scientific and Technological Development

Designated “energy” as the No. 1 area that “needs urgent S&T support”. The document mapped out a host of government-supported plans covering key fields of study, cutting-edge technologies, big special programs, as well as basic research.

Date Implemented: 2006

Status: In Force; Framework Policy

China: National Medium-and Long-Term (2006-2020) Program Outline for Scientific and Technological Development

Designated “energy” as the No. 1 area that “needs urgent S&T support”. The document mapped out a host of government-supported plans covering key fields of study, cutting-edge technologies, big special programs, as well as basic research.

Date Implemented: 2006

Status: In Force; Framework Policy

China: National Medium-and Long-Term (2006-2020) Program Outline for Scientific and Technological Development

Designated “energy” as the No. 1 area that “needs urgent S&T support”. The document mapped out a host of government-supported plans covering key fields of study, cutting-edge technologies, big special programs, as well as basic research.

Date Implemented: 2006

Status: In Force; Framework Policy

China: National Medium-and Long-Term (2006-2020) Program Outline for Scientific and Technological Development

Designated “energy” as the No. 1 area that “needs urgent S&T support”. The document mapped out a host of government-supported plans covering key fields of study, cutting-edge technologies, big special programs, as well as basic research.

Date Implemented: 2006

Status: In Force; Framework Policy

China: National Medium-and Long-Term (2006-2020) Program Outline for Scientific and Technological Development

Designated “energy” as the No. 1 area that “needs urgent S&T support”. The document mapped out a host of government-supported plans covering key fields of study, cutting-edge technologies, big special programs, as well as basic research.

Date Implemented: 2006

Status: In Force; Framework Policy

China: National Medium-and Long-Term (2006-2020) Program Outline for Scientific and Technological Development

Designated “energy” as the No. 1 area that “needs urgent S&T support”. The document mapped out a host of government-supported plans covering key fields of study, cutting-edge technologies, big special programs, as well as basic research.

Date Implemented: 2006

Status: In Force; Framework Policy

China: National Medium-and Long-Term (2006-2020) Program Outline for Scientific and Technological Development

Designated “energy” as the No. 1 area that “needs urgent S&T support”. The document mapped out a host of government-supported plans covering key fields of study, cutting-edge technologies, big special programs, as well as basic research.

Date Implemented: 2006

Status: In Force; Framework Policy

Costa Rica: Sustainable Development Strategic Partnership Among Benin, Bhutan and Costa Rica (Program for South-south Cooperation)

Costa Rica: Sustainable Development Strategic Partnership Among Benin, Bhutan and Costa Rica (Program for South-south Cooperation)

Costa Rica: Sustainable Development Strategic Partnership Among Benin, Bhutan and Costa Rica (Program for South-south Cooperation)

Costa Rica: Sustainable Development Strategic Partnership Among Benin, Bhutan and Costa Rica (Program for South-south Cooperation)

Costa Rica: Sustainable Development Strategic Partnership Among Benin, Bhutan and Costa Rica (Program for South-south Cooperation)

Costa Rica: Sustainable Development Strategic Partnership Among Benin, Bhutan and Costa Rica (Program for South-south Cooperation)

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Pakistan: Renewable Energy Initiatives

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Thailand’s National Energy Policy and Development Plan

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Thailand: Strategic Plan for Energy Efficiency

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Turkey: Draft Energy Efficiency Law

Nigeria: Power Sector Reform Act

This legislation enables private companies to participate in electricity generation, transmission, and distribution. It begins the restructuring of the sector and the privatization of the National Electric Power Authority.  It establishes the Nigerian Electricity Regulatory Commission (NERC) to monitor and regulate the power sector as it undergoes these changes.

Date Implemented: 2005

Status: In Force; Mandatory

Nigeria: Power Sector Reform Act

This legislation enables private companies to participate in electricity generation, transmission, and distribution. It begins the restructuring of the sector and the privatization of the National Electric Power Authority.  It establishes the Nigerian Electricity Regulatory Commission (NERC) to monitor and regulate the power sector as it undergoes these changes.

Date Implemented: 2005

Status: In Force; Mandatory

Nigeria: Power Sector Reform Act

This legislation enables private companies to participate in electricity generation, transmission, and distribution. It begins the restructuring of the sector and the privatization of the National Electric Power Authority.  It establishes the Nigerian Electricity Regulatory Commission (NERC) to monitor and regulate the power sector as it undergoes these changes.

Date Implemented: 2005

Status: In Force; Mandatory

Nigeria: Power Sector Reform Act

This legislation enables private companies to participate in electricity generation, transmission, and distribution. It begins the restructuring of the sector and the privatization of the National Electric Power Authority.  It establishes the Nigerian Electricity Regulatory Commission (NERC) to monitor and regulate the power sector as it undergoes these changes.

Date Implemented: 2005

Status: In Force; Mandatory

South Korea: Clean Air Conservation Act

Includes industrial standards for waste minimization, a ban on the emission of toxic gases, and promotion of CNG in city buses

Date Implemented: 1990

Status: In Force; Mandatory

References: http://eng.kei.re.kr/05_inf/05_env_laws.asp

South Korea: Clean Air Conservation Act

Includes industrial standards for waste minimization, a ban on the emission of toxic gases, and promotion of CNG in city buses

Date Implemented: 1990

Status: In Force; Mandatory

References: http://eng.kei.re.kr/05_inf/05_env_laws.asp

South Korea: Clean Air Conservation Act

Includes industrial standards for waste minimization, a ban on the emission of toxic gases, and promotion of CNG in city buses

Date Implemented: 1990

Status: In Force; Mandatory

References: http://eng.kei.re.kr/05_inf/05_env_laws.asp

South Korea: Clean Air Conservation Act

Includes industrial standards for waste minimization, a ban on the emission of toxic gases, and promotion of CNG in city buses

Date Implemented: 1990

Status: In Force; Mandatory

References: http://eng.kei.re.kr/05_inf/05_env_laws.asp

South Korea: Clean Air Conservation Act

Includes industrial standards for waste minimization, a ban on the emission of toxic gases, and promotion of CNG in city buses

Date Implemented: 1990

Status: In Force; Mandatory

References: http://eng.kei.re.kr/05_inf/05_env_laws.asp

South Korea: Local Energy Program

The central government provides fiscal incentives and support to local government programs fostering the use of renewable energy technologies.  These are aimed to help defray the high initial start-up costs of renewable technologies.

Status: In Force; Voluntary

References: http://www.un.org/esa/agenda21/natlinfo/countr/repkorea/HSetkorea04f.pdf

South Korea: Local Energy Program

The central government provides fiscal incentives and support to local government programs fostering the use of renewable energy technologies.  These are aimed to help defray the high initial start-up costs of renewable technologies.

Status: In Force; Voluntary

References: http://www.un.org/esa/agenda21/natlinfo/countr/repkorea/HSetkorea04f.pdf

South Korea: Local Energy Program

The central government provides fiscal incentives and support to local government programs fostering the use of renewable energy technologies.  These are aimed to help defray the high initial start-up costs of renewable technologies.

Status: In Force; Voluntary

References: http://www.un.org/esa/agenda21/natlinfo/countr/repkorea/HSetkorea04f.pdf

South Korea: Local Energy Program

The central government provides fiscal incentives and support to local government programs fostering the use of renewable energy technologies.  These are aimed to help defray the high initial start-up costs of renewable technologies.

Status: In Force; Voluntary

References: http://www.un.org/esa/agenda21/natlinfo/countr/repkorea/HSetkorea04f.pdf

South Korea: Local Energy Program

The central government provides fiscal incentives and support to local government programs fostering the use of renewable energy technologies.  These are aimed to help defray the high initial start-up costs of renewable technologies.

Status: In Force; Voluntary

References: http://www.un.org/esa/agenda21/natlinfo/countr/repkorea/HSetkorea04f.pdf

South Korea: Local Energy Program

The central government provides fiscal incentives and support to local government programs fostering the use of renewable energy technologies.  These are aimed to help defray the high initial start-up costs of renewable technologies.

Status: In Force; Voluntary

References: http://www.un.org/esa/agenda21/natlinfo/countr/repkorea/HSetkorea04f.pdf

South Korea: Local Energy Program

The central government provides fiscal incentives and support to local government programs fostering the use of renewable energy technologies.  These are aimed to help defray the high initial start-up costs of renewable technologies.

Status: In Force; Voluntary

References: http://www.un.org/esa/agenda21/natlinfo/countr/repkorea/HSetkorea04f.pdf

South Korea: Local Energy Program

The central government provides fiscal incentives and support to local government programs fostering the use of renewable energy technologies.  These are aimed to help defray the high initial start-up costs of renewable technologies.

Status: In Force; Voluntary

References: http://www.un.org/esa/agenda21/natlinfo/countr/repkorea/HSetkorea04f.pdf

Turkey: Energy Efficiency Law

Turkey: Energy Efficiency Law

Turkey: Energy Efficiency Law

Turkey: Energy Efficiency Law

Turkey: Energy Efficiency Law

India: Pre-payment Electricity Metering

The Indian government introduced a pre-payment metering system for all government departments and private sector consumers with single-phase and three-phase electricity load below 45kW, to discourage power usage and ensure payment of bills.

Date Implemented: 2007

Status: In Force

India: Pre-payment Electricity Metering

The Indian government introduced a pre-payment metering system for all government departments and private sector consumers with single-phase and three-phase electricity load below 45kW, to discourage power usage and ensure payment of bills.

Date Implemented: 2007

Status: In Force

India: Pre-payment Electricity Metering

The Indian government introduced a pre-payment metering system for all government departments and private sector consumers with single-phase and three-phase electricity load below 45kW, to discourage power usage and ensure payment of bills.

Date Implemented: 2007

Status: In Force

India: Pre-payment Electricity Metering

The Indian government introduced a pre-payment metering system for all government departments and private sector consumers with single-phase and three-phase electricity load below 45kW, to discourage power usage and ensure payment of bills.

Date Implemented: 2007

Status: In Force

India: National Electricity Policy

India: National Electricity Policy

India: National Electricity Policy

India: National Electricity Policy

India: National Electricity Policy

India: National Electricity Policy

Mexico: Website to determine wheeling charges

Mexico: Website to determine wheeling charges

Mexico: Website to determine wheeling charges

Mexico: Website to determine wheeling charges

South Africa: Integrated Energy Plan (IEP)

The Integrated Energy Plan outlines the direction and steps to be taken by South Africa to meet energy needs. The plan declares South Africa’s continued reliance on coal, but also uses modeling to forecast which energy sources can be used most effectively to meet demand under four different scenarios. The plan advocates diversification of energy sources, including renewables, as well as fuel switching to improve energy efficiency. 

South Africa: Integrated Energy Plan (IEP)

The Integrated Energy Plan outlines the direction and steps to be taken by South Africa to meet energy needs. The plan declares South Africa’s continued reliance on coal, but also uses modeling to forecast which energy sources can be used most effectively to meet demand under four different scenarios. The plan advocates diversification of energy sources, including renewables, as well as fuel switching to improve energy efficiency. 

South Africa: Integrated Energy Plan (IEP)

The Integrated Energy Plan outlines the direction and steps to be taken by South Africa to meet energy needs. The plan declares South Africa’s continued reliance on coal, but also uses modeling to forecast which energy sources can be used most effectively to meet demand under four different scenarios. The plan advocates diversification of energy sources, including renewables, as well as fuel switching to improve energy efficiency. 

South Africa: Integrated Energy Plan (IEP)

The Integrated Energy Plan outlines the direction and steps to be taken by South Africa to meet energy needs. The plan declares South Africa’s continued reliance on coal, but also uses modeling to forecast which energy sources can be used most effectively to meet demand under four different scenarios. The plan advocates diversification of energy sources, including renewables, as well as fuel switching to improve energy efficiency. 

South Africa: Integrated Energy Plan (IEP)

The Integrated Energy Plan outlines the direction and steps to be taken by South Africa to meet energy needs. The plan declares South Africa’s continued reliance on coal, but also uses modeling to forecast which energy sources can be used most effectively to meet demand under four different scenarios. The plan advocates diversification of energy sources, including renewables, as well as fuel switching to improve energy efficiency. 

South Africa: Integrated Energy Plan (IEP)

The Integrated Energy Plan outlines the direction and steps to be taken by South Africa to meet energy needs. The plan declares South Africa’s continued reliance on coal, but also uses modeling to forecast which energy sources can be used most effectively to meet demand under four different scenarios. The plan advocates diversification of energy sources, including renewables, as well as fuel switching to improve energy efficiency. 

South Africa: Integrated Energy Plan (IEP)

The Integrated Energy Plan outlines the direction and steps to be taken by South Africa to meet energy needs. The plan declares South Africa’s continued reliance on coal, but also uses modeling to forecast which energy sources can be used most effectively to meet demand under four different scenarios. The plan advocates diversification of energy sources, including renewables, as well as fuel switching to improve energy efficiency. 

Mexico: Grid- Connected Solar

The Global Environmen Facility (GEF) together with the UNDP is helping to fund a project that will help create more photovoltaic systems integrated into the power grid. This is aimed to reduce the strain during peak months when capacity is limited and prices are high. 

Date Implemented: 2007

Status: Proposed

Funding Information: $1,000,000 GEF grant to support the project

References: GEF-

Mexico: Grid- Connected Solar

The Global Environmen Facility (GEF) together with the UNDP is helping to fund a project that will help create more photovoltaic systems integrated into the power grid. This is aimed to reduce the strain during peak months when capacity is limited and prices are high. 

Date Implemented: 2007

Status: Proposed

Funding Information: $1,000,000 GEF grant to support the project

References: GEF-

Mexico: Grid- Connected Solar

The Global Environmen Facility (GEF) together with the UNDP is helping to fund a project that will help create more photovoltaic systems integrated into the power grid. This is aimed to reduce the strain during peak months when capacity is limited and prices are high. 

Date Implemented: 2007

Status: Proposed

Funding Information: $1,000,000 GEF grant to support the project

References: GEF-

Mexico: Grid- Connected Wind Power

Mexico is constructing La Venta II Wind Farm in Oaxaca which will generate power for the national grid. The project will also facilitate technology and skills transfer for the wind power sector. 

Date Implemented: 2007

Funding Information: support from World Bank Carbon Financing Unit

Mexico: Grid- Connected Wind Power

Mexico is constructing La Venta II Wind Farm in Oaxaca which will generate power for the national grid. The project will also facilitate technology and skills transfer for the wind power sector. 

Date Implemented: 2007

Funding Information: support from World Bank Carbon Financing Unit

Mexico: Grid- Connected Wind Power

Mexico is constructing La Venta II Wind Farm in Oaxaca which will generate power for the national grid. The project will also facilitate technology and skills transfer for the wind power sector. 

Date Implemented: 2007

Funding Information: support from World Bank Carbon Financing Unit

Mexico: Grid- Connected Wind Power

Mexico is constructing La Venta II Wind Farm in Oaxaca which will generate power for the national grid. The project will also facilitate technology and skills transfer for the wind power sector. 

Date Implemented: 2007

Funding Information: support from World Bank Carbon Financing Unit

South Korea: Mega Solar Project
BP Solar and S-Energy of the Republic of Korea aim to create a landmark endorsement project, the ‘Asia-Pacific Partnership Mega Solar Project’. The project is scalable from 10MW to 100MW over a multiyear period. As a distributed generator this solar project will bring value to the electricity network and local economy across the country in addition to the valuable technology transfer and accelerated development.

South Korea: Mega Solar Project
BP Solar and S-Energy of the Republic of Korea aim to create a landmark endorsement project, the ‘Asia-Pacific Partnership Mega Solar Project’. The project is scalable from 10MW to 100MW over a multiyear period. As a distributed generator this solar project will bring value to the electricity network and local economy across the country in addition to the valuable technology transfer and accelerated development.

South Korea: Mega Solar Project
BP Solar and S-Energy of the Republic of Korea aim to create a landmark endorsement project, the ‘Asia-Pacific Partnership Mega Solar Project’. The project is scalable from 10MW to 100MW over a multiyear period. As a distributed generator this solar project will bring value to the electricity network and local economy across the country in addition to the valuable technology transfer and accelerated development.

South Korea: Mega Solar Project
BP Solar and S-Energy of the Republic of Korea aim to create a landmark endorsement project, the ‘Asia-Pacific Partnership Mega Solar Project’. The project is scalable from 10MW to 100MW over a multiyear period. As a distributed generator this solar project will bring value to the electricity network and local economy across the country in addition to the valuable technology transfer and accelerated development.

South Korea: Mega Solar Project
BP Solar and S-Energy of the Republic of Korea aim to create a landmark endorsement project, the ‘Asia-Pacific Partnership Mega Solar Project’. The project is scalable from 10MW to 100MW over a multiyear period. As a distributed generator this solar project will bring value to the electricity network and local economy across the country in addition to the valuable technology transfer and accelerated development.

South Korea: Mega Solar Project
BP Solar and S-Energy of the Republic of Korea aim to create a landmark endorsement project, the ‘Asia-Pacific Partnership Mega Solar Project’. The project is scalable from 10MW to 100MW over a multiyear period. As a distributed generator this solar project will bring value to the electricity network and local economy across the country in addition to the valuable technology transfer and accelerated development.