Energy Efficient Lighting Options for Afghanistan
This study examines the potential options for implementing an energy efficient lighting program in Afghanistan. It analyzes the range of energy efficient options available in the region and identifies the best choices for specific market segments i...
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| Format: | Policy Note |
| Language: | English en_US |
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Washington, DC
2013
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| Online Access: | http://documents.worldbank.org/curated/en/2009/06/16422289/afghanistan-energy-efficient-lighting-options-afghanistan http://hdl.handle.net/10986/12818 |
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okr-10986-128182021-04-23T14:03:04Z Energy Efficient Lighting Options for Afghanistan World Bank ACCESS TO ELECTRICITY ACID BATTERIES AFFORDABLE ELECTRICITY ANNUAL PRODUCTION APPLIANCES APPROACH AVAILABILITY BALANCE BASIC LIGHTING BATTERIES BATTERY CHARGING BIOMASS BOILING POINT CAPACITY BUILDING CARBON EMISSION CFLS CLEAN ENERGY CLIMATE CHANGE COAL COMPACT FLUORESCENT LAMPS COOKING CRYSTALLINE MODULE CRYSTALLINE SILICON DIESEL DIESEL GENERATOR DIESEL GENERATORS DIESEL POWER ECONOMIC GROWTH EFFICIENT LIGHTING EFFICIENT LIGHTING INITIATIVE EFFICIENT LIGHTING INITIATIVES EFFICIENT LIGHTING TECHNOLOGIES ELECTRIC LIGHTING ELECTRIC POWER ELECTRIC POWER SYSTEM ELECTRICAL EQUIPMENT ELECTRICAL LOADS ELECTRICAL POWER ELECTRICITY ELECTRICITY CONSUMPTION ELECTRICITY DEMAND ELECTRICITY GRID ELECTRICITY LOAD ELECTRICITY SUPPLY ELECTRIFICATION ELECTRONIC BALLASTS EMISSION ENERGY ACCESS ENERGY ASSESSMENT ENERGY CONSERVATION ENERGY CONSUMPTION ENERGY EFFICIENCY ENERGY EFFICIENT LIGHTING ENERGY EFFICIENT PRODUCTS ENERGY EXPERT ENERGY NEEDS ENERGY PROJECTS ENERGY SAVING ENERGY SAVINGS ENERGY SECTOR ENERGY SOURCES ENERGY STRATEGIES ENERGY SYSTEM ENERGY USE ENVIRONMENTAL HAZARD FLUORESCENT LAMPS FLUORESCENT LIGHTING FLUORESCENT LIGHTS FLUORESCENT TUBE FOSSIL FOSSIL FUELS FUEL FUEL PRICES GAS GASES GENERATION GRID APPLICATIONS GRID AREA GRID AREAS GRID CONNECTED SYSTEMS GRID CONNECTION GRID ELECTRICITY GRID ELECTRIFICATION GRID EXTENSION GRID NETWORK GRID POWER GRID RENEWABLE ENERGY GRID SOLUTIONS GRID SUPPLY GRID SYSTEMS HEAT HEAVY RELIANCE HOME LIGHTING HOUSEHOLD ENERGY HOUSEHOLD INCOME HOUSEHOLD INCOMES HOUSEHOLD LIGHTING HOUSING HYDRO POWER HYDROPOWER HYDROPOWER RESOURCES IEC ILLUMINATION INCANDESCENT BULBS INCANDESCENT LAMPS KEROSENE KEROSENE LAMPS KEROSENE LIGHTING KEROSENE USE LIFE EXPECTANCY MARKET FOR ENERGY MERCURY VAPOR LAMPS MICRO HYDRO NATURAL RESOURCES OPERATING COSTS PHOTOVOLTAIC APPLICATIONS PILOT PROJECTS POLLUTION PORTABLE SOURCE POWER POWER PRODUCTION POWER REQUIREMENTS POWER SHORTAGES PUBLIC UTILITIES QUALITY ENERGY RENEWABLE ENERGY POTENTIAL RENEWABLE ENERGY RESOURCE RENEWABLE ENERGY SOURCES RENEWABLE RESOURCES RESIDENTIAL APPLICATIONS RURAL AREA RURAL AREAS RURAL CONSUMER RURAL CONSUMERS RURAL ENERGY RURAL HOUSEHOLD RURAL HOUSEHOLDS RURAL LIGHTING SOLAR ENERGY SOLAR LANTERNS SOLAR MODULE SOLAR MODULES SOLAR PANEL SOLAR PANELS SOLAR PHOTOVOLTAIC ENERGY SOLAR RADIATION SUNLIGHT SUSTAINABLE ENERGY TARIFF LEVELS TOTAL ENERGY CONSUMPTION URBAN AREAS UTILITIES VILLAGE ELECTRIFICATION VOLTAGE WIND This study examines the potential options for implementing an energy efficient lighting program in Afghanistan. It analyzes the range of energy efficient options available in the region and identifies the best choices for specific market segments in off-grid and grid connected areas. Based on this analysis, it is recommended that in rural areas, where grid (local or from main network) is neither available nor likely to be available soon, lead emitting diode (LED) lights coupled with solar (photovoltaic) PV panels offer the least cost solution for expansion of energy access. In grid-connected areas, compact and tube fluorescent lamps are recommended for existing household connections, as well as community and street lighting. The analysis also shows there are numerous barriers and potential problems with implementing an energy efficiency program in Afghanistan. Therefore a phased implementation program is suggested, with careful oversight of the quality of products entering the market. 2013-03-21T14:37:02Z 2013-03-21T14:37:02Z 2009-06 http://documents.worldbank.org/curated/en/2009/06/16422289/afghanistan-energy-efficient-lighting-options-afghanistan http://hdl.handle.net/10986/12818 English en_US CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank Washington, DC Economic & Sector Work :: Policy Note Economic & Sector Work South Asia Afghanistan |
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Digital Repository |
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Foreign Institution |
| institution |
Digital Repositories |
| building |
World Bank Open Knowledge Repository |
| collection |
World Bank |
| language |
English en_US |
| topic |
ACCESS TO ELECTRICITY ACID BATTERIES AFFORDABLE ELECTRICITY ANNUAL PRODUCTION APPLIANCES APPROACH AVAILABILITY BALANCE BASIC LIGHTING BATTERIES BATTERY CHARGING BIOMASS BOILING POINT CAPACITY BUILDING CARBON EMISSION CFLS CLEAN ENERGY CLIMATE CHANGE COAL COMPACT FLUORESCENT LAMPS COOKING CRYSTALLINE MODULE CRYSTALLINE SILICON DIESEL DIESEL GENERATOR DIESEL GENERATORS DIESEL POWER ECONOMIC GROWTH EFFICIENT LIGHTING EFFICIENT LIGHTING INITIATIVE EFFICIENT LIGHTING INITIATIVES EFFICIENT LIGHTING TECHNOLOGIES ELECTRIC LIGHTING ELECTRIC POWER ELECTRIC POWER SYSTEM ELECTRICAL EQUIPMENT ELECTRICAL LOADS ELECTRICAL POWER ELECTRICITY ELECTRICITY CONSUMPTION ELECTRICITY DEMAND ELECTRICITY GRID ELECTRICITY LOAD ELECTRICITY SUPPLY ELECTRIFICATION ELECTRONIC BALLASTS EMISSION ENERGY ACCESS ENERGY ASSESSMENT ENERGY CONSERVATION ENERGY CONSUMPTION ENERGY EFFICIENCY ENERGY EFFICIENT LIGHTING ENERGY EFFICIENT PRODUCTS ENERGY EXPERT ENERGY NEEDS ENERGY PROJECTS ENERGY SAVING ENERGY SAVINGS ENERGY SECTOR ENERGY SOURCES ENERGY STRATEGIES ENERGY SYSTEM ENERGY USE ENVIRONMENTAL HAZARD FLUORESCENT LAMPS FLUORESCENT LIGHTING FLUORESCENT LIGHTS FLUORESCENT TUBE FOSSIL FOSSIL FUELS FUEL FUEL PRICES GAS GASES GENERATION GRID APPLICATIONS GRID AREA GRID AREAS GRID CONNECTED SYSTEMS GRID CONNECTION GRID ELECTRICITY GRID ELECTRIFICATION GRID EXTENSION GRID NETWORK GRID POWER GRID RENEWABLE ENERGY GRID SOLUTIONS GRID SUPPLY GRID SYSTEMS HEAT HEAVY RELIANCE HOME LIGHTING HOUSEHOLD ENERGY HOUSEHOLD INCOME HOUSEHOLD INCOMES HOUSEHOLD LIGHTING HOUSING HYDRO POWER HYDROPOWER HYDROPOWER RESOURCES IEC ILLUMINATION INCANDESCENT BULBS INCANDESCENT LAMPS KEROSENE KEROSENE LAMPS KEROSENE LIGHTING KEROSENE USE LIFE EXPECTANCY MARKET FOR ENERGY MERCURY VAPOR LAMPS MICRO HYDRO NATURAL RESOURCES OPERATING COSTS PHOTOVOLTAIC APPLICATIONS PILOT PROJECTS POLLUTION PORTABLE SOURCE POWER POWER PRODUCTION POWER REQUIREMENTS POWER SHORTAGES PUBLIC UTILITIES QUALITY ENERGY RENEWABLE ENERGY POTENTIAL RENEWABLE ENERGY RESOURCE RENEWABLE ENERGY SOURCES RENEWABLE RESOURCES RESIDENTIAL APPLICATIONS RURAL AREA RURAL AREAS RURAL CONSUMER RURAL CONSUMERS RURAL ENERGY RURAL HOUSEHOLD RURAL HOUSEHOLDS RURAL LIGHTING SOLAR ENERGY SOLAR LANTERNS SOLAR MODULE SOLAR MODULES SOLAR PANEL SOLAR PANELS SOLAR PHOTOVOLTAIC ENERGY SOLAR RADIATION SUNLIGHT SUSTAINABLE ENERGY TARIFF LEVELS TOTAL ENERGY CONSUMPTION URBAN AREAS UTILITIES VILLAGE ELECTRIFICATION VOLTAGE WIND |
| spellingShingle |
ACCESS TO ELECTRICITY ACID BATTERIES AFFORDABLE ELECTRICITY ANNUAL PRODUCTION APPLIANCES APPROACH AVAILABILITY BALANCE BASIC LIGHTING BATTERIES BATTERY CHARGING BIOMASS BOILING POINT CAPACITY BUILDING CARBON EMISSION CFLS CLEAN ENERGY CLIMATE CHANGE COAL COMPACT FLUORESCENT LAMPS COOKING CRYSTALLINE MODULE CRYSTALLINE SILICON DIESEL DIESEL GENERATOR DIESEL GENERATORS DIESEL POWER ECONOMIC GROWTH EFFICIENT LIGHTING EFFICIENT LIGHTING INITIATIVE EFFICIENT LIGHTING INITIATIVES EFFICIENT LIGHTING TECHNOLOGIES ELECTRIC LIGHTING ELECTRIC POWER ELECTRIC POWER SYSTEM ELECTRICAL EQUIPMENT ELECTRICAL LOADS ELECTRICAL POWER ELECTRICITY ELECTRICITY CONSUMPTION ELECTRICITY DEMAND ELECTRICITY GRID ELECTRICITY LOAD ELECTRICITY SUPPLY ELECTRIFICATION ELECTRONIC BALLASTS EMISSION ENERGY ACCESS ENERGY ASSESSMENT ENERGY CONSERVATION ENERGY CONSUMPTION ENERGY EFFICIENCY ENERGY EFFICIENT LIGHTING ENERGY EFFICIENT PRODUCTS ENERGY EXPERT ENERGY NEEDS ENERGY PROJECTS ENERGY SAVING ENERGY SAVINGS ENERGY SECTOR ENERGY SOURCES ENERGY STRATEGIES ENERGY SYSTEM ENERGY USE ENVIRONMENTAL HAZARD FLUORESCENT LAMPS FLUORESCENT LIGHTING FLUORESCENT LIGHTS FLUORESCENT TUBE FOSSIL FOSSIL FUELS FUEL FUEL PRICES GAS GASES GENERATION GRID APPLICATIONS GRID AREA GRID AREAS GRID CONNECTED SYSTEMS GRID CONNECTION GRID ELECTRICITY GRID ELECTRIFICATION GRID EXTENSION GRID NETWORK GRID POWER GRID RENEWABLE ENERGY GRID SOLUTIONS GRID SUPPLY GRID SYSTEMS HEAT HEAVY RELIANCE HOME LIGHTING HOUSEHOLD ENERGY HOUSEHOLD INCOME HOUSEHOLD INCOMES HOUSEHOLD LIGHTING HOUSING HYDRO POWER HYDROPOWER HYDROPOWER RESOURCES IEC ILLUMINATION INCANDESCENT BULBS INCANDESCENT LAMPS KEROSENE KEROSENE LAMPS KEROSENE LIGHTING KEROSENE USE LIFE EXPECTANCY MARKET FOR ENERGY MERCURY VAPOR LAMPS MICRO HYDRO NATURAL RESOURCES OPERATING COSTS PHOTOVOLTAIC APPLICATIONS PILOT PROJECTS POLLUTION PORTABLE SOURCE POWER POWER PRODUCTION POWER REQUIREMENTS POWER SHORTAGES PUBLIC UTILITIES QUALITY ENERGY RENEWABLE ENERGY POTENTIAL RENEWABLE ENERGY RESOURCE RENEWABLE ENERGY SOURCES RENEWABLE RESOURCES RESIDENTIAL APPLICATIONS RURAL AREA RURAL AREAS RURAL CONSUMER RURAL CONSUMERS RURAL ENERGY RURAL HOUSEHOLD RURAL HOUSEHOLDS RURAL LIGHTING SOLAR ENERGY SOLAR LANTERNS SOLAR MODULE SOLAR MODULES SOLAR PANEL SOLAR PANELS SOLAR PHOTOVOLTAIC ENERGY SOLAR RADIATION SUNLIGHT SUSTAINABLE ENERGY TARIFF LEVELS TOTAL ENERGY CONSUMPTION URBAN AREAS UTILITIES VILLAGE ELECTRIFICATION VOLTAGE WIND World Bank Energy Efficient Lighting Options for Afghanistan |
| geographic_facet |
South Asia Afghanistan |
| description |
This study examines the potential
options for implementing an energy efficient lighting
program in Afghanistan. It analyzes the range of energy
efficient options available in the region and identifies the
best choices for specific market segments in off-grid and
grid connected areas. Based on this analysis, it is
recommended that in rural areas, where grid (local or from
main network) is neither available nor likely to be
available soon, lead emitting diode (LED) lights coupled
with solar (photovoltaic) PV panels offer the least cost
solution for expansion of energy access. In grid-connected
areas, compact and tube fluorescent lamps are recommended
for existing household connections, as well as community and
street lighting. The analysis also shows there are numerous
barriers and potential problems with implementing an energy
efficiency program in Afghanistan. Therefore a phased
implementation program is suggested, with careful oversight
of the quality of products entering the market. |
| format |
Economic & Sector Work :: Policy Note |
| author |
World Bank |
| author_facet |
World Bank |
| author_sort |
World Bank |
| title |
Energy Efficient Lighting Options for Afghanistan |
| title_short |
Energy Efficient Lighting Options for Afghanistan |
| title_full |
Energy Efficient Lighting Options for Afghanistan |
| title_fullStr |
Energy Efficient Lighting Options for Afghanistan |
| title_full_unstemmed |
Energy Efficient Lighting Options for Afghanistan |
| title_sort |
energy efficient lighting options for afghanistan |
| publisher |
Washington, DC |
| publishDate |
2013 |
| url |
http://documents.worldbank.org/curated/en/2009/06/16422289/afghanistan-energy-efficient-lighting-options-afghanistan http://hdl.handle.net/10986/12818 |
| _version_ |
1764421269511471104 |