Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: National Program for the Rational Use of Natural Gas and Oil Products (CONPET)

Brazil: Law no. 9648

Brazil: Law no. 9648

Brazil: Law no. 9648

Brazil: Law no. 9648

Brazil: Law no. 9648

Brazil: Law no. 9648

Brazil: Law no. 9648

Brazil: Law no. 9648

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: Restructuring energy market

Brazil: Restructuring energy market

Brazil: Restructuring energy market

Brazil: Restructuring energy market

India: Electricity Act 

Allows liberty to operate and maintain a generating station without obtaining a license if it complies with the technical standards relating to connectivity with the grid, except for hydro. Creates liberal framework for power development, facilitates private investment. Sets stringent provisions for controlling theft of electricity. Mandates creation of Regulatory Commissions to determine retail tariff.

Date Implemented: 2003

India: Electricity Act 

Allows liberty to operate and maintain a generating station without obtaining a license if it complies with the technical standards relating to connectivity with the grid, except for hydro. Creates liberal framework for power development, facilitates private investment. Sets stringent provisions for controlling theft of electricity. Mandates creation of Regulatory Commissions to determine retail tariff.

Date Implemented: 2003

India: Electricity Act 

Allows liberty to operate and maintain a generating station without obtaining a license if it complies with the technical standards relating to connectivity with the grid, except for hydro. Creates liberal framework for power development, facilitates private investment. Sets stringent provisions for controlling theft of electricity. Mandates creation of Regulatory Commissions to determine retail tariff.

Date Implemented: 2003

India: Electricity Act 

Allows liberty to operate and maintain a generating station without obtaining a license if it complies with the technical standards relating to connectivity with the grid, except for hydro. Creates liberal framework for power development, facilitates private investment. Sets stringent provisions for controlling theft of electricity. Mandates creation of Regulatory Commissions to determine retail tariff.

Date Implemented: 2003

India: Electricity Act 

Allows liberty to operate and maintain a generating station without obtaining a license if it complies with the technical standards relating to connectivity with the grid, except for hydro. Creates liberal framework for power development, facilitates private investment. Sets stringent provisions for controlling theft of electricity. Mandates creation of Regulatory Commissions to determine retail tariff.

Date Implemented: 2003

India: Electricity Act 

Allows liberty to operate and maintain a generating station without obtaining a license if it complies with the technical standards relating to connectivity with the grid, except for hydro. Creates liberal framework for power development, facilitates private investment. Sets stringent provisions for controlling theft of electricity. Mandates creation of Regulatory Commissions to determine retail tariff.

Date Implemented: 2003

India: Electricity Act 

Allows liberty to operate and maintain a generating station without obtaining a license if it complies with the technical standards relating to connectivity with the grid, except for hydro. Creates liberal framework for power development, facilitates private investment. Sets stringent provisions for controlling theft of electricity. Mandates creation of Regulatory Commissions to determine retail tariff.

Date Implemented: 2003

India: Electricity Act 

Allows liberty to operate and maintain a generating station without obtaining a license if it complies with the technical standards relating to connectivity with the grid, except for hydro. Creates liberal framework for power development, facilitates private investment. Sets stringent provisions for controlling theft of electricity. Mandates creation of Regulatory Commissions to determine retail tariff.

Date Implemented: 2003

India: National Highway Development Project

This is India’s largest ever highways project and a major initiative for capacity enhancement of national highways, converting roads into around 13,146 Km of 4-6 lane highways.  Projected results include uninterrupted traffic flow, savings in fuel consumption, and reduced GHG emissions.

Date Implemented: 1998

India: National Highway Development Project

This is India’s largest ever highways project and a major initiative for capacity enhancement of national highways, converting roads into around 13,146 Km of 4-6 lane highways.  Projected results include uninterrupted traffic flow, savings in fuel consumption, and reduced GHG emissions.

Date Implemented: 1998

India: National Highway Development Project

This is India’s largest ever highways project and a major initiative for capacity enhancement of national highways, converting roads into around 13,146 Km of 4-6 lane highways.  Projected results include uninterrupted traffic flow, savings in fuel consumption, and reduced GHG emissions.

Date Implemented: 1998

India: National Highway Development Project

This is India’s largest ever highways project and a major initiative for capacity enhancement of national highways, converting roads into around 13,146 Km of 4-6 lane highways.  Projected results include uninterrupted traffic flow, savings in fuel consumption, and reduced GHG emissions.

Date Implemented: 1998

India: National Highway Development Project

This is India’s largest ever highways project and a major initiative for capacity enhancement of national highways, converting roads into around 13,146 Km of 4-6 lane highways.  Projected results include uninterrupted traffic flow, savings in fuel consumption, and reduced GHG emissions.

Date Implemented: 1998

India: National Highway Development Project

This is India’s largest ever highways project and a major initiative for capacity enhancement of national highways, converting roads into around 13,146 Km of 4-6 lane highways.  Projected results include uninterrupted traffic flow, savings in fuel consumption, and reduced GHG emissions.

Date Implemented: 1998

India: National Highway Development Project

This is India’s largest ever highways project and a major initiative for capacity enhancement of national highways, converting roads into around 13,146 Km of 4-6 lane highways.  Projected results include uninterrupted traffic flow, savings in fuel consumption, and reduced GHG emissions.

Date Implemented: 1998

India: National Highway Development Project

This is India’s largest ever highways project and a major initiative for capacity enhancement of national highways, converting roads into around 13,146 Km of 4-6 lane highways.  Projected results include uninterrupted traffic flow, savings in fuel consumption, and reduced GHG emissions.

Date Implemented: 1998

India: Mass Rapid Transit System

The Government of India and the Government of National Capital Territory of Delhi, in equal partnership, set up a company named Delhi Metro Rail Corporation Ltd. under the Companies Act, 1956, to construct a MRTS in Delhi.  This Metro system will be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety.  It will also reduce harmful emissions and pollution.

India: Mass Rapid Transit System

The Government of India and the Government of National Capital Territory of Delhi, in equal partnership, set up a company named Delhi Metro Rail Corporation Ltd. under the Companies Act, 1956, to construct a MRTS in Delhi.  This Metro system will be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety.  It will also reduce harmful emissions and pollution.

India: Mass Rapid Transit System

The Government of India and the Government of National Capital Territory of Delhi, in equal partnership, set up a company named Delhi Metro Rail Corporation Ltd. under the Companies Act, 1956, to construct a MRTS in Delhi.  This Metro system will be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety.  It will also reduce harmful emissions and pollution.

India: Mass Rapid Transit System

The Government of India and the Government of National Capital Territory of Delhi, in equal partnership, set up a company named Delhi Metro Rail Corporation Ltd. under the Companies Act, 1956, to construct a MRTS in Delhi.  This Metro system will be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety.  It will also reduce harmful emissions and pollution.

India: Mass Rapid Transit System

The Government of India and the Government of National Capital Territory of Delhi, in equal partnership, set up a company named Delhi Metro Rail Corporation Ltd. under the Companies Act, 1956, to construct a MRTS in Delhi.  This Metro system will be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety.  It will also reduce harmful emissions and pollution.

India: Mass Rapid Transit System

The Government of India and the Government of National Capital Territory of Delhi, in equal partnership, set up a company named Delhi Metro Rail Corporation Ltd. under the Companies Act, 1956, to construct a MRTS in Delhi.  This Metro system will be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety.  It will also reduce harmful emissions and pollution.

India: Mass Rapid Transit System

The Government of India and the Government of National Capital Territory of Delhi, in equal partnership, set up a company named Delhi Metro Rail Corporation Ltd. under the Companies Act, 1956, to construct a MRTS in Delhi.  This Metro system will be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety.  It will also reduce harmful emissions and pollution.

India: Mass Rapid Transit System

The Government of India and the Government of National Capital Territory of Delhi, in equal partnership, set up a company named Delhi Metro Rail Corporation Ltd. under the Companies Act, 1956, to construct a MRTS in Delhi.  This Metro system will be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety.  It will also reduce harmful emissions and pollution.

India: Hydrocarbon Vision 2025

India: Hydrocarbon Vision 2025

India: Hydrocarbon Vision 2025

India: Hydrocarbon Vision 2025

India: Hydrocarbon Vision 2025

India: Hydrocarbon Vision 2025

India: Hydrocarbon Vision 2025

India: Hydrocarbon Vision 2025

India: Hydrocarbon Vision 2025

India: Auto Fuel Policy

Sets standard for efficient vehicles, cleaner fuels.

Date Implemented: 2003

Status: In force

References: National Communication to the UNFCCC

http://www.dieselnet.com/standards/in/

India: Auto Fuel Policy

Sets standard for efficient vehicles, cleaner fuels.

Date Implemented: 2003

Status: In force

References: National Communication to the UNFCCC

http://www.dieselnet.com/standards/in/

India: Auto Fuel Policy

Sets standard for efficient vehicles, cleaner fuels.

Date Implemented: 2003

Status: In force

References: National Communication to the UNFCCC

http://www.dieselnet.com/standards/in/

India: Auto Fuel Policy

Sets standard for efficient vehicles, cleaner fuels.

Date Implemented: 2003

Status: In force

References: National Communication to the UNFCCC

http://www.dieselnet.com/standards/in/

India: Auto Fuel Policy

Sets standard for efficient vehicles, cleaner fuels.

Date Implemented: 2003

Status: In force

References: National Communication to the UNFCCC

http://www.dieselnet.com/standards/in/

India: Auto Fuel Policy

Sets standard for efficient vehicles, cleaner fuels.

Date Implemented: 2003

Status: In force

References: National Communication to the UNFCCC

http://www.dieselnet.com/standards/in/

India: Auto Fuel Policy

Sets standard for efficient vehicles, cleaner fuels.

Date Implemented: 2003

Status: In force

References: National Communication to the UNFCCC

http://www.dieselnet.com/standards/in/

India: Rural Electricity Supply Technology (REST) Mission

Providing affordable and reliable power supply to rural and remote areas through decentralized distributed generation based on renewable energy resources such as solar, mini-and micro-hydro, biomass, etc.

Status: In Force; Government Initiative

Targets: “Power for all villages by 2007” and ” Power for all” by 2012

India: Rural Electricity Supply Technology (REST) Mission

Providing affordable and reliable power supply to rural and remote areas through decentralized distributed generation based on renewable energy resources such as solar, mini-and micro-hydro, biomass, etc.

Status: In Force; Government Initiative

Targets: “Power for all villages by 2007” and ” Power for all” by 2012

India: Rural Electricity Supply Technology (REST) Mission

Providing affordable and reliable power supply to rural and remote areas through decentralized distributed generation based on renewable energy resources such as solar, mini-and micro-hydro, biomass, etc.

Status: In Force; Government Initiative

Targets: “Power for all villages by 2007” and ” Power for all” by 2012

India: Rural Electricity Supply Technology (REST) Mission

Providing affordable and reliable power supply to rural and remote areas through decentralized distributed generation based on renewable energy resources such as solar, mini-and micro-hydro, biomass, etc.

Status: In Force; Government Initiative

Targets: “Power for all villages by 2007” and ” Power for all” by 2012

India: Rural Electricity Supply Technology (REST) Mission

Providing affordable and reliable power supply to rural and remote areas through decentralized distributed generation based on renewable energy resources such as solar, mini-and micro-hydro, biomass, etc.

Status: In Force; Government Initiative

Targets: “Power for all villages by 2007” and ” Power for all” by 2012

India: Rural Electricity Supply Technology (REST) Mission

Providing affordable and reliable power supply to rural and remote areas through decentralized distributed generation based on renewable energy resources such as solar, mini-and micro-hydro, biomass, etc.

Status: In Force; Government Initiative

Targets: “Power for all villages by 2007” and ” Power for all” by 2012

India: Rural Electricity Supply Technology (REST) Mission

Providing affordable and reliable power supply to rural and remote areas through decentralized distributed generation based on renewable energy resources such as solar, mini-and micro-hydro, biomass, etc.

Status: In Force; Government Initiative

Targets: “Power for all villages by 2007” and ” Power for all” by 2012

India: Rural Electricity Supply Technology (REST) Mission

Providing affordable and reliable power supply to rural and remote areas through decentralized distributed generation based on renewable energy resources such as solar, mini-and micro-hydro, biomass, etc.

Status: In Force; Government Initiative

Targets: “Power for all villages by 2007” and ” Power for all” by 2012

India: Rural Electricity Supply Technology (REST) Mission

Providing affordable and reliable power supply to rural and remote areas through decentralized distributed generation based on renewable energy resources such as solar, mini-and micro-hydro, biomass, etc.

Status: In Force; Government Initiative

Targets: “Power for all villages by 2007” and ” Power for all” by 2012

India: LPG for rural populations

5kg LPG cylinders were introduced at affordable prices for the poorer sections of the populations to reduce reliance on biomass burning.

Status: In Force; Voluntary

References: National Communication to the UNFCCC

India: LPG for rural populations

5kg LPG cylinders were introduced at affordable prices for the poorer sections of the populations to reduce reliance on biomass burning.

Status: In Force; Voluntary

References: National Communication to the UNFCCC

India: LPG for rural populations

5kg LPG cylinders were introduced at affordable prices for the poorer sections of the populations to reduce reliance on biomass burning.

Status: In Force; Voluntary

References: National Communication to the UNFCCC

India: LPG for rural populations

5kg LPG cylinders were introduced at affordable prices for the poorer sections of the populations to reduce reliance on biomass burning.

Status: In Force; Voluntary

References: National Communication to the UNFCCC

India: LPG for rural populations

5kg LPG cylinders were introduced at affordable prices for the poorer sections of the populations to reduce reliance on biomass burning.

Status: In Force; Voluntary

References: National Communication to the UNFCCC

India: LPG for rural populations

5kg LPG cylinders were introduced at affordable prices for the poorer sections of the populations to reduce reliance on biomass burning.

Status: In Force; Voluntary

References: National Communication to the UNFCCC

India: LPG for rural populations

5kg LPG cylinders were introduced at affordable prices for the poorer sections of the populations to reduce reliance on biomass burning.

Status: In Force; Voluntary

References: National Communication to the UNFCCC

India: LPG for rural populations

5kg LPG cylinders were introduced at affordable prices for the poorer sections of the populations to reduce reliance on biomass burning.

Status: In Force; Voluntary

References: National Communication to the UNFCCC

India: LPG for rural populations

5kg LPG cylinders were introduced at affordable prices for the poorer sections of the populations to reduce reliance on biomass burning.

Status: In Force; Voluntary

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: Help for hydro

The Ministry of Power has taken various steps to improve the hydropower development in India, including additional budgetary financial support, R&M and up-rating of existing hydro stations, basin wise hydropower development and comprehensive ranking studies for 399 hydro schemes.

Status: In Force; Government Initiative

References: National Communication to the UNFCCC

India: National Campaign on Energy Conservation 2007

India: National Campaign on Energy Conservation 2007

India: National Campaign on Energy Conservation 2007

India: National Campaign on Energy Conservation 2007

India: National Campaign on Energy Conservation 2007

India: National Campaign on Energy Conservation 2007

India: National Campaign on Energy Conservation 2007

India: National Campaign on Energy Conservation 2007

India: National Campaign on Energy Conservation 2007

India: Research, Design and Development of Solar Thermal Technologies

The Programme includes RD&D projects, Test Centres for solar thermal devices/systems, and other activities related to resource assessment, capacity building through seminars, symposia and round-tables, etc.

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/pdf/aa-stt-2006-07.pdf

India: Research, Design and Development of Solar Thermal Technologies

The Programme includes RD&D projects, Test Centres for solar thermal devices/systems, and other activities related to resource assessment, capacity building through seminars, symposia and round-tables, etc.

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/pdf/aa-stt-2006-07.pdf

India: Research, Design and Development of Solar Thermal Technologies

The Programme includes RD&D projects, Test Centres for solar thermal devices/systems, and other activities related to resource assessment, capacity building through seminars, symposia and round-tables, etc.

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/pdf/aa-stt-2006-07.pdf

India: Research, Design and Development of Solar Thermal Technologies

The Programme includes RD&D projects, Test Centres for solar thermal devices/systems, and other activities related to resource assessment, capacity building through seminars, symposia and round-tables, etc.

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/pdf/aa-stt-2006-07.pdf

India: Research, Design and Development of Solar Thermal Technologies

The Programme includes RD&D projects, Test Centres for solar thermal devices/systems, and other activities related to resource assessment, capacity building through seminars, symposia and round-tables, etc.

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/pdf/aa-stt-2006-07.pdf

India: Research, Design and Development of Solar Thermal Technologies

The Programme includes RD&D projects, Test Centres for solar thermal devices/systems, and other activities related to resource assessment, capacity building through seminars, symposia and round-tables, etc.

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/pdf/aa-stt-2006-07.pdf

Inida: Programme on “Small Wind Energy and Hybrid Systems” during 2005-06 (and continued during the year 2006-07)

Inida: Programme on “Small Wind Energy and Hybrid Systems” during 2005-06 (and continued during the year 2006-07)

Inida: Programme on “Small Wind Energy and Hybrid Systems” during 2005-06 (and continued during the year 2006-07)

Inida: Programme on “Small Wind Energy and Hybrid Systems” during 2005-06 (and continued during the year 2006-07)

Inida: Programme on “Small Wind Energy and Hybrid Systems” during 2005-06 (and continued during the year 2006-07)

Inida: Programme on “Small Wind Energy and Hybrid Systems” during 2005-06 (and continued during the year 2006-07)

India: Scheme for Promotion of Grid Interactive Power Generation Projects based on Renewable Energy Sources for 2006-07

The scheme provides subsidy to set up grid-interactive power generating projects based on Small Hydro; Biomass; Wind Power (only demonstration projects).

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/

India: Scheme for Promotion of Grid Interactive Power Generation Projects based on Renewable Energy Sources for 2006-07

The scheme provides subsidy to set up grid-interactive power generating projects based on Small Hydro; Biomass; Wind Power (only demonstration projects).

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/

India: Scheme for Promotion of Grid Interactive Power Generation Projects based on Renewable Energy Sources for 2006-07

The scheme provides subsidy to set up grid-interactive power generating projects based on Small Hydro; Biomass; Wind Power (only demonstration projects).

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/

India: Scheme for Promotion of Grid Interactive Power Generation Projects based on Renewable Energy Sources for 2006-07

The scheme provides subsidy to set up grid-interactive power generating projects based on Small Hydro; Biomass; Wind Power (only demonstration projects).

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/

India: Scheme for Promotion of Grid Interactive Power Generation Projects based on Renewable Energy Sources for 2006-07

The scheme provides subsidy to set up grid-interactive power generating projects based on Small Hydro; Biomass; Wind Power (only demonstration projects).

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/

India: Scheme for Promotion of Grid Interactive Power Generation Projects based on Renewable Energy Sources for 2006-07

The scheme provides subsidy to set up grid-interactive power generating projects based on Small Hydro; Biomass; Wind Power (only demonstration projects).

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/

India: Scheme for Promotion of Grid Interactive Power Generation Projects based on Renewable Energy Sources for 2006-07

The scheme provides subsidy to set up grid-interactive power generating projects based on Small Hydro; Biomass; Wind Power (only demonstration projects).

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/

India: Scheme for Promotion of Grid Interactive Power Generation Projects based on Renewable Energy Sources for 2006-07

The scheme provides subsidy to set up grid-interactive power generating projects based on Small Hydro; Biomass; Wind Power (only demonstration projects).

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/

India: Scheme for Promotion of Grid Interactive Power Generation Projects based on Renewable Energy Sources for 2006-07

The scheme provides subsidy to set up grid-interactive power generating projects based on Small Hydro; Biomass; Wind Power (only demonstration projects).

Date Implemented: 2006

Status: In Force; Voluntary

References: http://mnes.nic.in/

Mexico: Programa de Ahorro de Energía del Sector Eléctrico (PAESE)  

This program includes accelerating the process of construction and entrance in operation of new electrical power stations; changing some concepts in the Law of the Public Service of Electrical Energy in order to allow private sector participation in electricity generation; and the establishment of energy saving as an objective.

Date Implemented: 1989

Mexico: Programa de Ahorro de Energía del Sector Eléctrico (PAESE)  

This program includes accelerating the process of construction and entrance in operation of new electrical power stations; changing some concepts in the Law of the Public Service of Electrical Energy in order to allow private sector participation in electricity generation; and the establishment of energy saving as an objective.

Date Implemented: 1989

Mexico: Programa de Ahorro de Energía del Sector Eléctrico (PAESE)  

This program includes accelerating the process of construction and entrance in operation of new electrical power stations; changing some concepts in the Law of the Public Service of Electrical Energy in order to allow private sector participation in electricity generation; and the establishment of energy saving as an objective.

Date Implemented: 1989

Mexico: Programa de Ahorro de Energía del Sector Eléctrico (PAESE)  

This program includes accelerating the process of construction and entrance in operation of new electrical power stations; changing some concepts in the Law of the Public Service of Electrical Energy in order to allow private sector participation in electricity generation; and the establishment of energy saving as an objective.

Date Implemented: 1989

Mexico: Programa de Ahorro de Energía del Sector Eléctrico (PAESE)  

This program includes accelerating the process of construction and entrance in operation of new electrical power stations; changing some concepts in the Law of the Public Service of Electrical Energy in order to allow private sector participation in electricity generation; and the establishment of energy saving as an objective.

Date Implemented: 1989

Mexico: Programa de Ahorro de Energía del Sector Eléctrico (PAESE)  

This program includes accelerating the process of construction and entrance in operation of new electrical power stations; changing some concepts in the Law of the Public Service of Electrical Energy in order to allow private sector participation in electricity generation; and the establishment of energy saving as an objective.

Date Implemented: 1989

Mexico: Programa de Ahorro de Energía del Sector Eléctrico (PAESE)  

This program includes accelerating the process of construction and entrance in operation of new electrical power stations; changing some concepts in the Law of the Public Service of Electrical Energy in order to allow private sector participation in electricity generation; and the establishment of energy saving as an objective.

Date Implemented: 1989

Mexico: Programa de Ahorro de Energía del Sector Eléctrico (PAESE)  

This program includes accelerating the process of construction and entrance in operation of new electrical power stations; changing some concepts in the Law of the Public Service of Electrical Energy in order to allow private sector participation in electricity generation; and the establishment of energy saving as an objective.

Date Implemented: 1989

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Mexico Renewable Energy Program

Mexico: Official Mexican Norms (NOM) to determine the thermal performance and functionality of solar heaters

Programme to promote the sale of solar powered water heaters in the Mexican Residential Sector, demonstrate that is a viable and pollution-reducing option for heating water in Mexican households.

Date Implemented: 2002

Status: Government Initiative

Mexico: Official Mexican Norms (NOM) to determine the thermal performance and functionality of solar heaters

Programme to promote the sale of solar powered water heaters in the Mexican Residential Sector, demonstrate that is a viable and pollution-reducing option for heating water in Mexican households.

Date Implemented: 2002

Status: Government Initiative

Mexico: Official Mexican Norms (NOM) to determine the thermal performance and functionality of solar heaters

Programme to promote the sale of solar powered water heaters in the Mexican Residential Sector, demonstrate that is a viable and pollution-reducing option for heating water in Mexican households.

Date Implemented: 2002

Status: Government Initiative

Mexico: Official Mexican Norms (NOM) to determine the thermal performance and functionality of solar heaters

Programme to promote the sale of solar powered water heaters in the Mexican Residential Sector, demonstrate that is a viable and pollution-reducing option for heating water in Mexican households.

Date Implemented: 2002

Status: Government Initiative

Mexico: Official Mexican Norms (NOM) to determine the thermal performance and functionality of solar heaters

Programme to promote the sale of solar powered water heaters in the Mexican Residential Sector, demonstrate that is a viable and pollution-reducing option for heating water in Mexican households.

Date Implemented: 2002

Status: Government Initiative

Mexico: Official Mexican Norms (NOM) to determine the thermal performance and functionality of solar heaters

Programme to promote the sale of solar powered water heaters in the Mexican Residential Sector, demonstrate that is a viable and pollution-reducing option for heating water in Mexican households.

Date Implemented: 2002

Status: Government Initiative

Mexico: Official Mexican Norms (NOM) to determine the thermal performance and functionality of solar heaters

Programme to promote the sale of solar powered water heaters in the Mexican Residential Sector, demonstrate that is a viable and pollution-reducing option for heating water in Mexican households.

Date Implemented: 2002

Status: Government Initiative

Mexico: Official Mexican Norms (NOM) to determine the thermal performance and functionality of solar heaters

Programme to promote the sale of solar powered water heaters in the Mexican Residential Sector, demonstrate that is a viable and pollution-reducing option for heating water in Mexican households.

Date Implemented: 2002

Status: Government Initiative

Mexico: National Commission for Energy Saving (CONAE):

CONAE/ Ministry of Energy estimates that the savings in natural gas demand in the power generation (energy) sector will be approximately 5.33% in 2003, 5.24% in 2007 and decrease from that year onwards to reach a low of 3.61% in 2012  for intermediate years and the savings in fossil fuel demand in the transport sector as a result of energy efficiency measures will be approximately 0.04% in 2003 and reach 0.08% by 2012 for intermediate years.

Mexico: National Commission for Energy Saving (CONAE):

CONAE/ Ministry of Energy estimates that the savings in natural gas demand in the power generation (energy) sector will be approximately 5.33% in 2003, 5.24% in 2007 and decrease from that year onwards to reach a low of 3.61% in 2012  for intermediate years and the savings in fossil fuel demand in the transport sector as a result of energy efficiency measures will be approximately 0.04% in 2003 and reach 0.08% by 2012 for intermediate years.

Mexico: National Commission for Energy Saving (CONAE):

CONAE/ Ministry of Energy estimates that the savings in natural gas demand in the power generation (energy) sector will be approximately 5.33% in 2003, 5.24% in 2007 and decrease from that year onwards to reach a low of 3.61% in 2012  for intermediate years and the savings in fossil fuel demand in the transport sector as a result of energy efficiency measures will be approximately 0.04% in 2003 and reach 0.08% by 2012 for intermediate years.

Mexico: National Commission for Energy Saving (CONAE):

CONAE/ Ministry of Energy estimates that the savings in natural gas demand in the power generation (energy) sector will be approximately 5.33% in 2003, 5.24% in 2007 and decrease from that year onwards to reach a low of 3.61% in 2012  for intermediate years and the savings in fossil fuel demand in the transport sector as a result of energy efficiency measures will be approximately 0.04% in 2003 and reach 0.08% by 2012 for intermediate years.

Mexico: National Commission for Energy Saving (CONAE):

CONAE/ Ministry of Energy estimates that the savings in natural gas demand in the power generation (energy) sector will be approximately 5.33% in 2003, 5.24% in 2007 and decrease from that year onwards to reach a low of 3.61% in 2012  for intermediate years and the savings in fossil fuel demand in the transport sector as a result of energy efficiency measures will be approximately 0.04% in 2003 and reach 0.08% by 2012 for intermediate years.

Mexico: National Commission for Energy Saving (CONAE):

CONAE/ Ministry of Energy estimates that the savings in natural gas demand in the power generation (energy) sector will be approximately 5.33% in 2003, 5.24% in 2007 and decrease from that year onwards to reach a low of 3.61% in 2012  for intermediate years and the savings in fossil fuel demand in the transport sector as a result of energy efficiency measures will be approximately 0.04% in 2003 and reach 0.08% by 2012 for intermediate years.

Mexico: National Commission for Energy Saving (CONAE):

CONAE/ Ministry of Energy estimates that the savings in natural gas demand in the power generation (energy) sector will be approximately 5.33% in 2003, 5.24% in 2007 and decrease from that year onwards to reach a low of 3.61% in 2012  for intermediate years and the savings in fossil fuel demand in the transport sector as a result of energy efficiency measures will be approximately 0.04% in 2003 and reach 0.08% by 2012 for intermediate years.

Mexico: National Commission for Energy Saving (CONAE):

CONAE/ Ministry of Energy estimates that the savings in natural gas demand in the power generation (energy) sector will be approximately 5.33% in 2003, 5.24% in 2007 and decrease from that year onwards to reach a low of 3.61% in 2012  for intermediate years and the savings in fossil fuel demand in the transport sector as a result of energy efficiency measures will be approximately 0.04% in 2003 and reach 0.08% by 2012 for intermediate years.

Mexico: National Commission for Energy Saving (CONAE):

CONAE/ Ministry of Energy estimates that the savings in natural gas demand in the power generation (energy) sector will be approximately 5.33% in 2003, 5.24% in 2007 and decrease from that year onwards to reach a low of 3.61% in 2012  for intermediate years and the savings in fossil fuel demand in the transport sector as a result of energy efficiency measures will be approximately 0.04% in 2003 and reach 0.08% by 2012 for intermediate years.

Mexico: NADF-008-AMBT-2005

Mexico: NADF-008-AMBT-2005

Mexico: NADF-008-AMBT-2005

Mexico: NADF-008-AMBT-2005

Mexico: NADF-008-AMBT-2005

Mexico: NADF-008-AMBT-2005

Indonesia: Electricity Bill (Law no. 20/2002)

Indonesia: Electricity Bill (Law no. 20/2002)

Indonesia: Electricity Bill (Law no. 20/2002)

Indonesia: Electricity Bill (Law no. 20/2002)

Indonesia: Electricity Bill (Law no. 20/2002)

Indonesia: Electricity Bill (Law no. 20/2002)

Indonesia: Electricity Bill (Law no. 20/2002)

Indonesia: Renewable Energy Training/Demonstration Project - Kemiri, Irian Jaya (Papua)

Installation of renewable energy based electricity systems (SHS, Mini Hydro, Hybrid System), reducing emissions by 64 t CO2/year

Date Implemented: Formal timeframe for project: 1997 - 1998 but monitoring to extend through Dec 2000

Status: Ended; Government Initiative

Funding Information: Cost: US$ 234,000

Indonesia: Renewable Energy Training/Demonstration Project - Kemiri, Irian Jaya (Papua)

Installation of renewable energy based electricity systems (SHS, Mini Hydro, Hybrid System), reducing emissions by 64 t CO2/year

Date Implemented: Formal timeframe for project: 1997 - 1998 but monitoring to extend through Dec 2000

Status: Ended; Government Initiative

Funding Information: Cost: US$ 234,000

Indonesia: Renewable Energy Training/Demonstration Project - Kemiri, Irian Jaya (Papua)

Installation of renewable energy based electricity systems (SHS, Mini Hydro, Hybrid System), reducing emissions by 64 t CO2/year

Date Implemented: Formal timeframe for project: 1997 - 1998 but monitoring to extend through Dec 2000

Status: Ended; Government Initiative

Funding Information: Cost: US$ 234,000

Indonesia: Renewable Energy Training/Demonstration Project - Kemiri, Irian Jaya (Papua)

Installation of renewable energy based electricity systems (SHS, Mini Hydro, Hybrid System), reducing emissions by 64 t CO2/year

Date Implemented: Formal timeframe for project: 1997 - 1998 but monitoring to extend through Dec 2000

Status: Ended; Government Initiative

Funding Information: Cost: US$ 234,000

Indonesia: Renewable Energy Training/Demonstration Project - Kemiri, Irian Jaya (Papua)

Installation of renewable energy based electricity systems (SHS, Mini Hydro, Hybrid System), reducing emissions by 64 t CO2/year

Date Implemented: Formal timeframe for project: 1997 - 1998 but monitoring to extend through Dec 2000

Status: Ended; Government Initiative

Funding Information: Cost: US$ 234,000

Indonesia: Renewable Energy Training/Demonstration Project - Kemiri, Irian Jaya (Papua)

Installation of renewable energy based electricity systems (SHS, Mini Hydro, Hybrid System), reducing emissions by 64 t CO2/year

Date Implemented: Formal timeframe for project: 1997 - 1998 but monitoring to extend through Dec 2000

Status: Ended; Government Initiative

Funding Information: Cost: US$ 234,000

Indonesia: Renewable Energy Training/Demonstration Project - Kemiri, Irian Jaya (Papua)

Installation of renewable energy based electricity systems (SHS, Mini Hydro, Hybrid System), reducing emissions by 64 t CO2/year

Date Implemented: Formal timeframe for project: 1997 - 1998 but monitoring to extend through Dec 2000

Status: Ended; Government Initiative

Funding Information: Cost: US$ 234,000

Indonesia: Renewable Energy Training/Demonstration Project - Kemiri, Irian Jaya (Papua)

Installation of renewable energy based electricity systems (SHS, Mini Hydro, Hybrid System), reducing emissions by 64 t CO2/year

Date Implemented: Formal timeframe for project: 1997 - 1998 but monitoring to extend through Dec 2000

Status: Ended; Government Initiative

Funding Information: Cost: US$ 234,000

Indonesia: Renewable Energy Training/Demonstration Project - Kemiri, Irian Jaya (Papua)

Installation of renewable energy based electricity systems (SHS, Mini Hydro, Hybrid System), reducing emissions by 64 t CO2/year

Date Implemented: Formal timeframe for project: 1997 - 1998 but monitoring to extend through Dec 2000

Status: Ended; Government Initiative

Funding Information: Cost: US$ 234,000

Indonesia: Law no. 27/2003

The government aims to control the utilization of geothermal energy for sustainable development and increased revenue. There are implementation problems related to this policy, especially with regards to the decentralization and regional autonomy issues regarding the distribution of taxation between the central and local governments.

Date Implemented: 2003

Status: In Force

Indonesia: Law no. 27/2003

The government aims to control the utilization of geothermal energy for sustainable development and increased revenue. There are implementation problems related to this policy, especially with regards to the decentralization and regional autonomy issues regarding the distribution of taxation between the central and local governments.

Date Implemented: 2003

Status: In Force

Indonesia: Law no. 27/2003

The government aims to control the utilization of geothermal energy for sustainable development and increased revenue. There are implementation problems related to this policy, especially with regards to the decentralization and regional autonomy issues regarding the distribution of taxation between the central and local governments.

Date Implemented: 2003

Status: In Force

Indonesia: Law no. 27/2003

The government aims to control the utilization of geothermal energy for sustainable development and increased revenue. There are implementation problems related to this policy, especially with regards to the decentralization and regional autonomy issues regarding the distribution of taxation between the central and local governments.

Date Implemented: 2003

Status: In Force

Indonesia: Law no. 27/2003

The government aims to control the utilization of geothermal energy for sustainable development and increased revenue. There are implementation problems related to this policy, especially with regards to the decentralization and regional autonomy issues regarding the distribution of taxation between the central and local governments.

Date Implemented: 2003

Status: In Force

Indonesia: Law no. 27/2003

The government aims to control the utilization of geothermal energy for sustainable development and increased revenue. There are implementation problems related to this policy, especially with regards to the decentralization and regional autonomy issues regarding the distribution of taxation between the central and local governments.

Date Implemented: 2003

Status: In Force

Indonesia: Law no. 27/2003

The government aims to control the utilization of geothermal energy for sustainable development and increased revenue. There are implementation problems related to this policy, especially with regards to the decentralization and regional autonomy issues regarding the distribution of taxation between the central and local governments.

Date Implemented: 2003

Status: In Force

Indonesia: Law no. 27/2003

The government aims to control the utilization of geothermal energy for sustainable development and increased revenue. There are implementation problems related to this policy, especially with regards to the decentralization and regional autonomy issues regarding the distribution of taxation between the central and local governments.

Date Implemented: 2003

Status: In Force

Indonesia: draft ‘Blueprint for National Energy Management 2005-2025’

The Plan emphasizes on the utilization of energy in efficient, equitable and sustainable way and widening public accessibility for energy sufficiency with reasonable price.The Plan targeted that RE contribute 4% of the country’s electricity demand by 2025. As a criticism of Plan the Indonesian Forum for Environment (WALHI) promoted the Jakarta seminar whose conclusions were pushing for the Blueprint to be redrafted with the aim of achieving around 20% of RE by 2025.

Indonesia: draft ‘Blueprint for National Energy Management 2005-2025’

The Plan emphasizes on the utilization of energy in efficient, equitable and sustainable way and widening public accessibility for energy sufficiency with reasonable price.The Plan targeted that RE contribute 4% of the country’s electricity demand by 2025. As a criticism of Plan the Indonesian Forum for Environment (WALHI) promoted the Jakarta seminar whose conclusions were pushing for the Blueprint to be redrafted with the aim of achieving around 20% of RE by 2025.

Indonesia: draft ‘Blueprint for National Energy Management 2005-2025’

The Plan emphasizes on the utilization of energy in efficient, equitable and sustainable way and widening public accessibility for energy sufficiency with reasonable price.The Plan targeted that RE contribute 4% of the country’s electricity demand by 2025. As a criticism of Plan the Indonesian Forum for Environment (WALHI) promoted the Jakarta seminar whose conclusions were pushing for the Blueprint to be redrafted with the aim of achieving around 20% of RE by 2025.

Indonesia: draft ‘Blueprint for National Energy Management 2005-2025’

The Plan emphasizes on the utilization of energy in efficient, equitable and sustainable way and widening public accessibility for energy sufficiency with reasonable price.The Plan targeted that RE contribute 4% of the country’s electricity demand by 2025. As a criticism of Plan the Indonesian Forum for Environment (WALHI) promoted the Jakarta seminar whose conclusions were pushing for the Blueprint to be redrafted with the aim of achieving around 20% of RE by 2025.

Indonesia: draft ‘Blueprint for National Energy Management 2005-2025’

The Plan emphasizes on the utilization of energy in efficient, equitable and sustainable way and widening public accessibility for energy sufficiency with reasonable price.The Plan targeted that RE contribute 4% of the country’s electricity demand by 2025. As a criticism of Plan the Indonesian Forum for Environment (WALHI) promoted the Jakarta seminar whose conclusions were pushing for the Blueprint to be redrafted with the aim of achieving around 20% of RE by 2025.

Indonesia: draft ‘Blueprint for National Energy Management 2005-2025’

The Plan emphasizes on the utilization of energy in efficient, equitable and sustainable way and widening public accessibility for energy sufficiency with reasonable price.The Plan targeted that RE contribute 4% of the country’s electricity demand by 2025. As a criticism of Plan the Indonesian Forum for Environment (WALHI) promoted the Jakarta seminar whose conclusions were pushing for the Blueprint to be redrafted with the aim of achieving around 20% of RE by 2025.

Indonesia: draft ‘Blueprint for National Energy Management 2005-2025’

The Plan emphasizes on the utilization of energy in efficient, equitable and sustainable way and widening public accessibility for energy sufficiency with reasonable price.The Plan targeted that RE contribute 4% of the country’s electricity demand by 2025. As a criticism of Plan the Indonesian Forum for Environment (WALHI) promoted the Jakarta seminar whose conclusions were pushing for the Blueprint to be redrafted with the aim of achieving around 20% of RE by 2025.

Indonesia: draft ‘Blueprint for National Energy Management 2005-2025’

The Plan emphasizes on the utilization of energy in efficient, equitable and sustainable way and widening public accessibility for energy sufficiency with reasonable price.The Plan targeted that RE contribute 4% of the country’s electricity demand by 2025. As a criticism of Plan the Indonesian Forum for Environment (WALHI) promoted the Jakarta seminar whose conclusions were pushing for the Blueprint to be redrafted with the aim of achieving around 20% of RE by 2025.

South Africa: National Electrification Programme

Under this policy, the government is encorporating electrification and energy into its development programs.  Photovoltaic-based solar home systems have been integrated into the National Electrification Programme to provide a basic energy source to those households that cannot be grid-connected within acceptable cost parameters.

Date Implemented: 1994-2001

Status: Government Initiative

South Africa: National Electrification Programme

Under this policy, the government is encorporating electrification and energy into its development programs.  Photovoltaic-based solar home systems have been integrated into the National Electrification Programme to provide a basic energy source to those households that cannot be grid-connected within acceptable cost parameters.

Date Implemented: 1994-2001

Status: Government Initiative

South Africa: National Electrification Programme

Under this policy, the government is encorporating electrification and energy into its development programs.  Photovoltaic-based solar home systems have been integrated into the National Electrification Programme to provide a basic energy source to those households that cannot be grid-connected within acceptable cost parameters.

Date Implemented: 1994-2001

Status: Government Initiative

South Africa: National Electrification Programme

Under this policy, the government is encorporating electrification and energy into its development programs.  Photovoltaic-based solar home systems have been integrated into the National Electrification Programme to provide a basic energy source to those households that cannot be grid-connected within acceptable cost parameters.

Date Implemented: 1994-2001

Status: Government Initiative

South Africa: National Electrification Programme

Under this policy, the government is encorporating electrification and energy into its development programs.  Photovoltaic-based solar home systems have been integrated into the National Electrification Programme to provide a basic energy source to those households that cannot be grid-connected within acceptable cost parameters.

Date Implemented: 1994-2001

Status: Government Initiative

South Africa: National Electrification Programme

Under this policy, the government is encorporating electrification and energy into its development programs.  Photovoltaic-based solar home systems have been integrated into the National Electrification Programme to provide a basic energy source to those households that cannot be grid-connected within acceptable cost parameters.

Date Implemented: 1994-2001

Status: Government Initiative

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: White Paper on Energy Policy

South Africa: National Energy Act

South Africa: National Energy Act

South Africa: National Energy Act

South Africa: National Energy Act

South Africa: National Energy Act

South Africa: National Energy Act

South Africa: National Energy Act

South Africa: National Energy Act

South Africa: National Energy Act

South Africa: National Energy Act

South Africa: Electricity Pricing Policy

This legislation seeks to liberalize the electricity sector in South Africa.  Contending that electricity supply should be available to everyone at affordable prices, the government aims to create a regulatory framework from which everyone can benefit. Energy pricing will be transparent and cost-reflective.  In order to promote an energy efficient and environmentally friendly electricity industry, the NER will develop incentive-based tariff structures and other instruments.

South Africa: Electricity Pricing Policy

This legislation seeks to liberalize the electricity sector in South Africa.  Contending that electricity supply should be available to everyone at affordable prices, the government aims to create a regulatory framework from which everyone can benefit. Energy pricing will be transparent and cost-reflective.  In order to promote an energy efficient and environmentally friendly electricity industry, the NER will develop incentive-based tariff structures and other instruments.

South Africa: Electricity Pricing Policy

This legislation seeks to liberalize the electricity sector in South Africa.  Contending that electricity supply should be available to everyone at affordable prices, the government aims to create a regulatory framework from which everyone can benefit. Energy pricing will be transparent and cost-reflective.  In order to promote an energy efficient and environmentally friendly electricity industry, the NER will develop incentive-based tariff structures and other instruments.

South Africa: Electricity Pricing Policy

This legislation seeks to liberalize the electricity sector in South Africa.  Contending that electricity supply should be available to everyone at affordable prices, the government aims to create a regulatory framework from which everyone can benefit. Energy pricing will be transparent and cost-reflective.  In order to promote an energy efficient and environmentally friendly electricity industry, the NER will develop incentive-based tariff structures and other instruments.

South Africa: Electricity Pricing Policy

This legislation seeks to liberalize the electricity sector in South Africa.  Contending that electricity supply should be available to everyone at affordable prices, the government aims to create a regulatory framework from which everyone can benefit. Energy pricing will be transparent and cost-reflective.  In order to promote an energy efficient and environmentally friendly electricity industry, the NER will develop incentive-based tariff structures and other instruments.

South Africa: Electricity Pricing Policy

This legislation seeks to liberalize the electricity sector in South Africa.  Contending that electricity supply should be available to everyone at affordable prices, the government aims to create a regulatory framework from which everyone can benefit. Energy pricing will be transparent and cost-reflective.  In order to promote an energy efficient and environmentally friendly electricity industry, the NER will develop incentive-based tariff structures and other instruments.

South Africa: State Utility Distributes Free and Subsidized CFLs

South Africa: State Utility Distributes Free and Subsidized CFLs

South Africa: State Utility Distributes Free and Subsidized CFLs

South Africa: State Utility Distributes Free and Subsidized CFLs

South Africa: State Utility Distributes Free and Subsidized CFLs

South Africa: State Utility Distributes Free and Subsidized CFLs

South Africa: State Utility Distributes Free and Subsidized CFLs

South Africa: State Utility Distributes Free and Subsidized CFLs

Iran: Energy Efficiency Labeling of Energy Consuming Products

Iran: Energy Efficiency Labeling of Energy Consuming Products

Iran: Energy Efficiency Labeling of Energy Consuming Products

Iran: Energy Efficiency Labeling of Energy Consuming Products

Iran: Energy Efficiency Labeling of Energy Consuming Products

Iran: Energy Efficiency Labeling of Energy Consuming Products

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Programa Nacional de Energias y Combustibles Alternativos y Sustentables

To help financing for the development of alternative and sustainable fuels.

Date Implemented: 2001

Status: In Force; Voluntary

References: http://www.farn.org.ar/bd/ecolegis/tc/2822.html

Argentina: Efficient Lighting Initiative

Promotes the sale of efficient lamps to residential users around the country.

Status: In Force; Voluntary

Funding Information: IFC-GEF project

References: World Bank, http://www-wds.worldbank.org/servlet/WDSContentServer/WDSP/IB/2002/05/17...

Argentina: Efficient Lighting Initiative

Promotes the sale of efficient lamps to residential users around the country.

Status: In Force; Voluntary

Funding Information: IFC-GEF project

References: World Bank, http://www-wds.worldbank.org/servlet/WDSContentServer/WDSP/IB/2002/05/17...

Argentina: Efficient Lighting Initiative

Promotes the sale of efficient lamps to residential users around the country.

Status: In Force; Voluntary

Funding Information: IFC-GEF project

References: World Bank, http://www-wds.worldbank.org/servlet/WDSContentServer/WDSP/IB/2002/05/17...

Argentina: Efficient Lighting Initiative

Promotes the sale of efficient lamps to residential users around the country.

Status: In Force; Voluntary

Funding Information: IFC-GEF project

References: World Bank, http://www-wds.worldbank.org/servlet/WDSContentServer/WDSP/IB/2002/05/17...

Argentina: Efficient Lighting Initiative

Promotes the sale of efficient lamps to residential users around the country.

Status: In Force; Voluntary

Funding Information: IFC-GEF project

References: World Bank, http://www-wds.worldbank.org/servlet/WDSContentServer/WDSP/IB/2002/05/17...

Argentina: Efficient Lighting Initiative

Promotes the sale of efficient lamps to residential users around the country.

Status: In Force; Voluntary

Funding Information: IFC-GEF project

References: World Bank, http://www-wds.worldbank.org/servlet/WDSContentServer/WDSP/IB/2002/05/17...

Argentina: Efficient Lighting Initiative

Promotes the sale of efficient lamps to residential users around the country.

Status: In Force; Voluntary

Funding Information: IFC-GEF project

References: World Bank, http://www-wds.worldbank.org/servlet/WDSContentServer/WDSP/IB/2002/05/17...

Argentina: Energy Efficiency Project

The Project’s main activities are:
To promote EE investments and practices by end-users by supporting further market penetration of energy efficient equipment and services, including ESCOs;
To facilitate EE and demand-side management (DSM) investments by electric power distribution companies;
To provide technical assistance for Project promotion, monitoring and management. Implementing Agency: World Bank

Date Implemented: 2006-2012

Argentina: Energy Efficiency Project

The Project’s main activities are:
To promote EE investments and practices by end-users by supporting further market penetration of energy efficient equipment and services, including ESCOs;
To facilitate EE and demand-side management (DSM) investments by electric power distribution companies;
To provide technical assistance for Project promotion, monitoring and management. Implementing Agency: World Bank

Date Implemented: 2006-2012

Argentina: Energy Efficiency Project

The Project’s main activities are:
To promote EE investments and practices by end-users by supporting further market penetration of energy efficient equipment and services, including ESCOs;
To facilitate EE and demand-side management (DSM) investments by electric power distribution companies;
To provide technical assistance for Project promotion, monitoring and management. Implementing Agency: World Bank

Date Implemented: 2006-2012

Argentina: Energy Efficiency Project

The Project’s main activities are:
To promote EE investments and practices by end-users by supporting further market penetration of energy efficient equipment and services, including ESCOs;
To facilitate EE and demand-side management (DSM) investments by electric power distribution companies;
To provide technical assistance for Project promotion, monitoring and management. Implementing Agency: World Bank

Date Implemented: 2006-2012

Argentina: Energy Efficiency Project

The Project’s main activities are:
To promote EE investments and practices by end-users by supporting further market penetration of energy efficient equipment and services, including ESCOs;
To facilitate EE and demand-side management (DSM) investments by electric power distribution companies;
To provide technical assistance for Project promotion, monitoring and management. Implementing Agency: World Bank

Date Implemented: 2006-2012

Argentina: Energy Efficiency Project

The Project’s main activities are:
To promote EE investments and practices by end-users by supporting further market penetration of energy efficient equipment and services, including ESCOs;
To facilitate EE and demand-side management (DSM) investments by electric power distribution companies;
To provide technical assistance for Project promotion, monitoring and management. Implementing Agency: World Bank

Date Implemented: 2006-2012

Argentina: Energy Efficiency Project

The Project’s main activities are:
To promote EE investments and practices by end-users by supporting further market penetration of energy efficient equipment and services, including ESCOs;
To facilitate EE and demand-side management (DSM) investments by electric power distribution companies;
To provide technical assistance for Project promotion, monitoring and management. Implementing Agency: World Bank

Date Implemented: 2006-2012

Argentina: Energy Efficiency Project

The Project’s main activities are:
To promote EE investments and practices by end-users by supporting further market penetration of energy efficient equipment and services, including ESCOs;
To facilitate EE and demand-side management (DSM) investments by electric power distribution companies;
To provide technical assistance for Project promotion, monitoring and management. Implementing Agency: World Bank

Date Implemented: 2006-2012

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: Energy Label

Household refrigerators and room air conditionings without this label were forbidden to be sold in Chinese market after March, 1st, 2005.

Date Implemented: 2005

Status: In Force; Mandatory

References: http://mail.mtprog.com/CD_Layout/Day_2_22.06.06/1400-1545/ID7_Minghong_f...

China: Energy Label

Household refrigerators and room air conditionings without this label were forbidden to be sold in Chinese market after March, 1st, 2005.

Date Implemented: 2005

Status: In Force; Mandatory

References: http://mail.mtprog.com/CD_Layout/Day_2_22.06.06/1400-1545/ID7_Minghong_f...

China: Energy Label

Household refrigerators and room air conditionings without this label were forbidden to be sold in Chinese market after March, 1st, 2005.

Date Implemented: 2005

Status: In Force; Mandatory

References: http://mail.mtprog.com/CD_Layout/Day_2_22.06.06/1400-1545/ID7_Minghong_f...

China: Energy Label

Household refrigerators and room air conditionings without this label were forbidden to be sold in Chinese market after March, 1st, 2005.

Date Implemented: 2005

Status: In Force; Mandatory

References: http://mail.mtprog.com/CD_Layout/Day_2_22.06.06/1400-1545/ID7_Minghong_f...

China: Energy Label

Household refrigerators and room air conditionings without this label were forbidden to be sold in Chinese market after March, 1st, 2005.

Date Implemented: 2005

Status: In Force; Mandatory

References: http://mail.mtprog.com/CD_Layout/Day_2_22.06.06/1400-1545/ID7_Minghong_f...

China: Energy Label

Household refrigerators and room air conditionings without this label were forbidden to be sold in Chinese market after March, 1st, 2005.

Date Implemented: 2005

Status: In Force; Mandatory

References: http://mail.mtprog.com/CD_Layout/Day_2_22.06.06/1400-1545/ID7_Minghong_f...

China: Energy Label

Household refrigerators and room air conditionings without this label were forbidden to be sold in Chinese market after March, 1st, 2005.

Date Implemented: 2005

Status: In Force; Mandatory

References: http://mail.mtprog.com/CD_Layout/Day_2_22.06.06/1400-1545/ID7_Minghong_f...

China: Energy Label

Household refrigerators and room air conditionings without this label were forbidden to be sold in Chinese market after March, 1st, 2005.

Date Implemented: 2005

Status: In Force; Mandatory

References: http://mail.mtprog.com/CD_Layout/Day_2_22.06.06/1400-1545/ID7_Minghong_f...

China: The Mandatory Comparative labeling program

The label first used for household refrigerators and room air conditioners

Date Implemented: 2005

Status: In Force; Mandatory

References: http://www.efficientlighting.net/doc/20070105(5).pdf

China: The Mandatory Comparative labeling program

The label first used for household refrigerators and room air conditioners

Date Implemented: 2005

Status: In Force; Mandatory

References: http://www.efficientlighting.net/doc/20070105(5).pdf

China: The Mandatory Comparative labeling program

The label first used for household refrigerators and room air conditioners

Date Implemented: 2005

Status: In Force; Mandatory

References: http://www.efficientlighting.net/doc/20070105(5).pdf

China: The Mandatory Comparative labeling program

The label first used for household refrigerators and room air conditioners

Date Implemented: 2005

Status: In Force; Mandatory

References: http://www.efficientlighting.net/doc/20070105(5).pdf

China: The Mandatory Comparative labeling program

The label first used for household refrigerators and room air conditioners

Date Implemented: 2005

Status: In Force; Mandatory

References: http://www.efficientlighting.net/doc/20070105(5).pdf

China: The Mandatory Comparative labeling program

The label first used for household refrigerators and room air conditioners

Date Implemented: 2005

Status: In Force; Mandatory

References: http://www.efficientlighting.net/doc/20070105(5).pdf

China: The Mandatory Comparative labeling program

The label first used for household refrigerators and room air conditioners

Date Implemented: 2005

Status: In Force; Mandatory

References: http://www.efficientlighting.net/doc/20070105(5).pdf

China: The Mandatory Comparative labeling program

The label first used for household refrigerators and room air conditioners

Date Implemented: 2005

Status: In Force; Mandatory

References: http://www.efficientlighting.net/doc/20070105(5).pdf

China: Efficiency Upgrade for Appliance Production and Public Lighting

China: Efficiency Upgrade for Appliance Production and Public Lighting

China: Efficiency Upgrade for Appliance Production and Public Lighting

China: Efficiency Upgrade for Appliance Production and Public Lighting

China: Efficiency Upgrade for Appliance Production and Public Lighting

China: Efficiency Upgrade for Appliance Production and Public Lighting

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Energy Conservation in Buildings

Within its 11th Five-Year Period, China plans to reduce residential and public buildings’ energy consumption by 50%, saving 50 million tons of standard coal. The federal plan for energy conservation in buildings formally mandates:
- the quick technical reform of heat-supply systems nation-wide;
- renewed efforts to promoting building energy efficiency technology and related products; and
- renovation of existing buildings in the nation’s cold northern regions, with particular focus on hotels. 

China: Enhanced Efficiency Monitoring and Auditing: Development of Efficiency Centers

China: Enhanced Efficiency Monitoring and Auditing: Development of Efficiency Centers

China: Enhanced Efficiency Monitoring and Auditing: Development of Efficiency Centers

China: Enhanced Efficiency Monitoring and Auditing: Development of Efficiency Centers

China: Enhanced Efficiency Monitoring and Auditing: Development of Efficiency Centers

China: Enhanced Efficiency Monitoring and Auditing: Development of Efficiency Centers

China: Enhanced Efficiency Monitoring and Auditing: Development of Efficiency Centers

China: Enhanced Efficiency Monitoring and Auditing: Development of Efficiency Centers

Malaysia: MBIPV Project

The Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) project promotes increased use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings. The project is expected to increase Malaysia’s installed BIPV capacity by about 330% (2MWp by 2010), and to lower the technology unit cost by some 20% than at present.

Date Implemented: 2005-2010

Status: In Force; Voluntary

Malaysia: MBIPV Project

The Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) project promotes increased use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings. The project is expected to increase Malaysia’s installed BIPV capacity by about 330% (2MWp by 2010), and to lower the technology unit cost by some 20% than at present.

Date Implemented: 2005-2010

Status: In Force; Voluntary

Malaysia: MBIPV Project

The Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) project promotes increased use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings. The project is expected to increase Malaysia’s installed BIPV capacity by about 330% (2MWp by 2010), and to lower the technology unit cost by some 20% than at present.

Date Implemented: 2005-2010

Status: In Force; Voluntary

Malaysia: MBIPV Project

The Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) project promotes increased use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings. The project is expected to increase Malaysia’s installed BIPV capacity by about 330% (2MWp by 2010), and to lower the technology unit cost by some 20% than at present.

Date Implemented: 2005-2010

Status: In Force; Voluntary

Malaysia: MBIPV Project

The Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) project promotes increased use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings. The project is expected to increase Malaysia’s installed BIPV capacity by about 330% (2MWp by 2010), and to lower the technology unit cost by some 20% than at present.

Date Implemented: 2005-2010

Status: In Force; Voluntary

Malaysia: MBIPV Project

The Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) project promotes increased use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings. The project is expected to increase Malaysia’s installed BIPV capacity by about 330% (2MWp by 2010), and to lower the technology unit cost by some 20% than at present.

Date Implemented: 2005-2010

Status: In Force; Voluntary

Malaysia: MBIPV Project

The Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) project promotes increased use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings. The project is expected to increase Malaysia’s installed BIPV capacity by about 330% (2MWp by 2010), and to lower the technology unit cost by some 20% than at present.

Date Implemented: 2005-2010

Status: In Force; Voluntary

Malaysia: MBIPV Project

The Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) project promotes increased use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings. The project is expected to increase Malaysia’s installed BIPV capacity by about 330% (2MWp by 2010), and to lower the technology unit cost by some 20% than at present.

Date Implemented: 2005-2010

Status: In Force; Voluntary

Malaysia: MBIPV Project

The Malaysia Building Integrated Photovoltaic Technology Application (MBIPV) project promotes increased use of photovoltaic (PV) technology to tap solar energy and generate electricity for buildings. The project is expected to increase Malaysia’s installed BIPV capacity by about 330% (2MWp by 2010), and to lower the technology unit cost by some 20% than at present.

Date Implemented: 2005-2010

Status: In Force; Voluntary

Pakistan: Pakistan German Renewable Energy and Energy Efficiency (REEE) Programme

Pakistan: Pakistan German Renewable Energy and Energy Efficiency (REEE) Programme

Pakistan: Pakistan German Renewable Energy and Energy Efficiency (REEE) Programme

Pakistan: Pakistan German Renewable Energy and Energy Efficiency (REEE) Programme

Pakistan: Pakistan German Renewable Energy and Energy Efficiency (REEE) Programme

Pakistan: Pakistan German Renewable Energy and Energy Efficiency (REEE) Programme

Pakistan: Pakistan German Renewable Energy and Energy Efficiency (REEE) Programme

Singapore: Energy Labelling Scheme for air-conditioners and refrigerators

Date Implemented: 2007

Status: Mandatory on July 1, 2007

Singapore: Energy Labelling Scheme for air-conditioners and refrigerators

Date Implemented: 2007

Status: Mandatory on July 1, 2007

Singapore: Energy Labelling Scheme for air-conditioners and refrigerators

Date Implemented: 2007

Status: Mandatory on July 1, 2007

Singapore: Energy Labelling Scheme for air-conditioners and refrigerators

Date Implemented: 2007

Status: Mandatory on July 1, 2007

Singapore: Energy Labelling Scheme for air-conditioners and refrigerators

Date Implemented: 2007

Status: Mandatory on July 1, 2007

Singapore: Energy Labelling Scheme for air-conditioners and refrigerators

Date Implemented: 2007

Status: Mandatory on July 1, 2007

Singapore: Energy Labelling Scheme for air-conditioners and refrigerators

Date Implemented: 2007

Status: Mandatory on July 1, 2007

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Singapore: Energy Audit Scheme

Singapore: Energy Smart Buildings Scheme

Singapore: Energy Smart Buildings Scheme

Singapore: Energy Smart Buildings Scheme

Singapore: Energy Smart Buildings Scheme

Singapore: Energy Smart Buildings Scheme

Thailand: Revising rules for very small power producers (VSPP) to reward production of electricity from renewable sources

The Energy Ministry has revived a plan to buy electricity from very small hydropower producers by including them in the government-sponsored Very Small Power Producers (VSPP) programme, which aims to increase the incomes of communities with small electricity plants. Electricity generated by the small hydropower plants will be sold to the grid system of the Provincial Electricity Authority (PEA), according to Energy Minister Piyasvasti Amranand.

Thailand: Revising rules for very small power producers (VSPP) to reward production of electricity from renewable sources

The Energy Ministry has revived a plan to buy electricity from very small hydropower producers by including them in the government-sponsored Very Small Power Producers (VSPP) programme, which aims to increase the incomes of communities with small electricity plants. Electricity generated by the small hydropower plants will be sold to the grid system of the Provincial Electricity Authority (PEA), according to Energy Minister Piyasvasti Amranand.

Thailand: Revising rules for very small power producers (VSPP) to reward production of electricity from renewable sources

The Energy Ministry has revived a plan to buy electricity from very small hydropower producers by including them in the government-sponsored Very Small Power Producers (VSPP) programme, which aims to increase the incomes of communities with small electricity plants. Electricity generated by the small hydropower plants will be sold to the grid system of the Provincial Electricity Authority (PEA), according to Energy Minister Piyasvasti Amranand.

Thailand: Revising rules for very small power producers (VSPP) to reward production of electricity from renewable sources

The Energy Ministry has revived a plan to buy electricity from very small hydropower producers by including them in the government-sponsored Very Small Power Producers (VSPP) programme, which aims to increase the incomes of communities with small electricity plants. Electricity generated by the small hydropower plants will be sold to the grid system of the Provincial Electricity Authority (PEA), according to Energy Minister Piyasvasti Amranand.

Thailand: Revising rules for very small power producers (VSPP) to reward production of electricity from renewable sources

The Energy Ministry has revived a plan to buy electricity from very small hydropower producers by including them in the government-sponsored Very Small Power Producers (VSPP) programme, which aims to increase the incomes of communities with small electricity plants. Electricity generated by the small hydropower plants will be sold to the grid system of the Provincial Electricity Authority (PEA), according to Energy Minister Piyasvasti Amranand.

Thailand: Revising rules for very small power producers (VSPP) to reward production of electricity from renewable sources

The Energy Ministry has revived a plan to buy electricity from very small hydropower producers by including them in the government-sponsored Very Small Power Producers (VSPP) programme, which aims to increase the incomes of communities with small electricity plants. Electricity generated by the small hydropower plants will be sold to the grid system of the Provincial Electricity Authority (PEA), according to Energy Minister Piyasvasti Amranand.

Thailand: Revising rules for very small power producers (VSPP) to reward production of electricity from renewable sources

The Energy Ministry has revived a plan to buy electricity from very small hydropower producers by including them in the government-sponsored Very Small Power Producers (VSPP) programme, which aims to increase the incomes of communities with small electricity plants. Electricity generated by the small hydropower plants will be sold to the grid system of the Provincial Electricity Authority (PEA), according to Energy Minister Piyasvasti Amranand.

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Turkey: Transportation Master Plan

Malaysia: Electricity Supply Act

This Act regulates the licensing of electricity generation, transmission and distribution. It enforces licensing and registration provisions. 

Date Implemented: 1990

References: National Communication to the UNFCCC

Malaysia: Electricity Supply Act

This Act regulates the licensing of electricity generation, transmission and distribution. It enforces licensing and registration provisions. 

Date Implemented: 1990

References: National Communication to the UNFCCC

Malaysia: Electricity Supply Act

This Act regulates the licensing of electricity generation, transmission and distribution. It enforces licensing and registration provisions. 

Date Implemented: 1990

References: National Communication to the UNFCCC

Malaysia: Electricity Supply Act

This Act regulates the licensing of electricity generation, transmission and distribution. It enforces licensing and registration provisions. 

Date Implemented: 1990

References: National Communication to the UNFCCC

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: Energy Policy in the 8th Malaysia Plan/Five Fuel Policy

Malaysia: National Energy Policy

Malaysia: National Energy Policy

Malaysia: National Energy Policy

Malaysia: National Energy Policy

Malaysia: National Energy Policy

Malaysia: National Energy Policy

Malaysia: National Energy Policy

Malaysia: National Energy Policy

Malaysia: National Energy Policy

Malaysia: National Energy Policy

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

Philippines: Philippine Energy Plan

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

Singapore: Green Labeling Scheme (SGLS)

Products deemed environmentally friendly according to the criteria specified by the scheme are awarded the Green Label endorsement. This distinction helps consumers identify and select environmentally friendly products when they make their purchases. The Scheme also includes the Singapore Energy Efficiency Labeling Scheme where four checks on the label designate the level of energy efficiency and savings in annual power consumption.

Singapore: Green Labeling Scheme (SGLS)

Products deemed environmentally friendly according to the criteria specified by the scheme are awarded the Green Label endorsement. This distinction helps consumers identify and select environmentally friendly products when they make their purchases. The Scheme also includes the Singapore Energy Efficiency Labeling Scheme where four checks on the label designate the level of energy efficiency and savings in annual power consumption.

Singapore: Green Labeling Scheme (SGLS)

Products deemed environmentally friendly according to the criteria specified by the scheme are awarded the Green Label endorsement. This distinction helps consumers identify and select environmentally friendly products when they make their purchases. The Scheme also includes the Singapore Energy Efficiency Labeling Scheme where four checks on the label designate the level of energy efficiency and savings in annual power consumption.

Singapore: Green Labeling Scheme (SGLS)

Products deemed environmentally friendly according to the criteria specified by the scheme are awarded the Green Label endorsement. This distinction helps consumers identify and select environmentally friendly products when they make their purchases. The Scheme also includes the Singapore Energy Efficiency Labeling Scheme where four checks on the label designate the level of energy efficiency and savings in annual power consumption.

Singapore: Green Labeling Scheme (SGLS)

Products deemed environmentally friendly according to the criteria specified by the scheme are awarded the Green Label endorsement. This distinction helps consumers identify and select environmentally friendly products when they make their purchases. The Scheme also includes the Singapore Energy Efficiency Labeling Scheme where four checks on the label designate the level of energy efficiency and savings in annual power consumption.

Singapore: Green Labeling Scheme (SGLS)

Products deemed environmentally friendly according to the criteria specified by the scheme are awarded the Green Label endorsement. This distinction helps consumers identify and select environmentally friendly products when they make their purchases. The Scheme also includes the Singapore Energy Efficiency Labeling Scheme where four checks on the label designate the level of energy efficiency and savings in annual power consumption.

Singapore: Green Labeling Scheme (SGLS)

Products deemed environmentally friendly according to the criteria specified by the scheme are awarded the Green Label endorsement. This distinction helps consumers identify and select environmentally friendly products when they make their purchases. The Scheme also includes the Singapore Energy Efficiency Labeling Scheme where four checks on the label designate the level of energy efficiency and savings in annual power consumption.

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: 8th National Social and Economic Development Plan

Thailand: LPG and Natural Gas in buses and taxis

The first NGV bus fleet was introduced in Thailand in 1984 with aid from the New Zealand government. Future efforts were not as successful, but now, NG prices are set at 50% of the price of diesel in order to make it more commercially viable (natural gas is exempt from all tax but the VAT). Special low interest loans are arranged for taxis to convert to natural gas and grants are made for the bus system to purchase NGV engines.

Thailand: LPG and Natural Gas in buses and taxis

The first NGV bus fleet was introduced in Thailand in 1984 with aid from the New Zealand government. Future efforts were not as successful, but now, NG prices are set at 50% of the price of diesel in order to make it more commercially viable (natural gas is exempt from all tax but the VAT). Special low interest loans are arranged for taxis to convert to natural gas and grants are made for the bus system to purchase NGV engines.

Thailand: LPG and Natural Gas in buses and taxis

The first NGV bus fleet was introduced in Thailand in 1984 with aid from the New Zealand government. Future efforts were not as successful, but now, NG prices are set at 50% of the price of diesel in order to make it more commercially viable (natural gas is exempt from all tax but the VAT). Special low interest loans are arranged for taxis to convert to natural gas and grants are made for the bus system to purchase NGV engines.

Thailand: LPG and Natural Gas in buses and taxis

The first NGV bus fleet was introduced in Thailand in 1984 with aid from the New Zealand government. Future efforts were not as successful, but now, NG prices are set at 50% of the price of diesel in order to make it more commercially viable (natural gas is exempt from all tax but the VAT). Special low interest loans are arranged for taxis to convert to natural gas and grants are made for the bus system to purchase NGV engines.

Thailand: LPG and Natural Gas in buses and taxis

The first NGV bus fleet was introduced in Thailand in 1984 with aid from the New Zealand government. Future efforts were not as successful, but now, NG prices are set at 50% of the price of diesel in order to make it more commercially viable (natural gas is exempt from all tax but the VAT). Special low interest loans are arranged for taxis to convert to natural gas and grants are made for the bus system to purchase NGV engines.

Thailand: LPG and Natural Gas in buses and taxis

The first NGV bus fleet was introduced in Thailand in 1984 with aid from the New Zealand government. Future efforts were not as successful, but now, NG prices are set at 50% of the price of diesel in order to make it more commercially viable (natural gas is exempt from all tax but the VAT). Special low interest loans are arranged for taxis to convert to natural gas and grants are made for the bus system to purchase NGV engines.

Thailand: LPG and Natural Gas in buses and taxis

The first NGV bus fleet was introduced in Thailand in 1984 with aid from the New Zealand government. Future efforts were not as successful, but now, NG prices are set at 50% of the price of diesel in order to make it more commercially viable (natural gas is exempt from all tax but the VAT). Special low interest loans are arranged for taxis to convert to natural gas and grants are made for the bus system to purchase NGV engines.

Thailand: LPG and Natural Gas in buses and taxis

The first NGV bus fleet was introduced in Thailand in 1984 with aid from the New Zealand government. Future efforts were not as successful, but now, NG prices are set at 50% of the price of diesel in order to make it more commercially viable (natural gas is exempt from all tax but the VAT). Special low interest loans are arranged for taxis to convert to natural gas and grants are made for the bus system to purchase NGV engines.

Turkey: Electricity Sector Reform Strategy

This policy undertakes the liberalization/privatization of the energy market in order to increase economic efficiency of production and delivery and increase the quality and reliability of the product.  Liberalization will implement cost-reflective prices.

Date Implemented: 2004

Status: In Force; Framework Policy

Turkey: Electricity Sector Reform Strategy

This policy undertakes the liberalization/privatization of the energy market in order to increase economic efficiency of production and delivery and increase the quality and reliability of the product.  Liberalization will implement cost-reflective prices.

Date Implemented: 2004

Status: In Force; Framework Policy

Turkey: Electricity Sector Reform Strategy

This policy undertakes the liberalization/privatization of the energy market in order to increase economic efficiency of production and delivery and increase the quality and reliability of the product.  Liberalization will implement cost-reflective prices.

Date Implemented: 2004

Status: In Force; Framework Policy

Turkey: Electricity Sector Reform Strategy

This policy undertakes the liberalization/privatization of the energy market in order to increase economic efficiency of production and delivery and increase the quality and reliability of the product.  Liberalization will implement cost-reflective prices.

Date Implemented: 2004

Status: In Force; Framework Policy

Turkey: Electricity Sector Reform Strategy

This policy undertakes the liberalization/privatization of the energy market in order to increase economic efficiency of production and delivery and increase the quality and reliability of the product.  Liberalization will implement cost-reflective prices.

Date Implemented: 2004

Status: In Force; Framework Policy

Turkey: Electricity Sector Reform Strategy

This policy undertakes the liberalization/privatization of the energy market in order to increase economic efficiency of production and delivery and increase the quality and reliability of the product.  Liberalization will implement cost-reflective prices.

Date Implemented: 2004

Status: In Force; Framework Policy

Turkey: Electricity Sector Reform Strategy

This policy undertakes the liberalization/privatization of the energy market in order to increase economic efficiency of production and delivery and increase the quality and reliability of the product.  Liberalization will implement cost-reflective prices.

Date Implemented: 2004

Status: In Force; Framework Policy

India: Water Pumping Improvements

The World Bank’s Community Development Carbon Fund is sponsoring a project in Karnataka State to improve efficiency and reduce pressure on water resources. Electricity makes up 40-60% of water supply costs. Thirty to forty percent of water is lost through leakage and unaccounted use during distribution.

India: Water Pumping Improvements

The World Bank’s Community Development Carbon Fund is sponsoring a project in Karnataka State to improve efficiency and reduce pressure on water resources. Electricity makes up 40-60% of water supply costs. Thirty to forty percent of water is lost through leakage and unaccounted use during distribution.

India: Water Pumping Improvements

The World Bank’s Community Development Carbon Fund is sponsoring a project in Karnataka State to improve efficiency and reduce pressure on water resources. Electricity makes up 40-60% of water supply costs. Thirty to forty percent of water is lost through leakage and unaccounted use during distribution.

India: Water Pumping Improvements

The World Bank’s Community Development Carbon Fund is sponsoring a project in Karnataka State to improve efficiency and reduce pressure on water resources. Electricity makes up 40-60% of water supply costs. Thirty to forty percent of water is lost through leakage and unaccounted use during distribution.

India: Water Pumping Improvements

The World Bank’s Community Development Carbon Fund is sponsoring a project in Karnataka State to improve efficiency and reduce pressure on water resources. Electricity makes up 40-60% of water supply costs. Thirty to forty percent of water is lost through leakage and unaccounted use during distribution.