Applications of Advanced Metering Infrastructure in Electricity Distribution
In the second half of the 1980s, several electricity companies in developed countries incorporated the automation of the reads of the consumption meters installed in their customers' premises. Adoption of that approach was driven in all the ca...
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| Format: | Other Infrastructure Study |
| Language: | English en_US |
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Washington, DC
2013
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| Subjects: | |
| Online Access: | http://documents.worldbank.org/curated/en/2011/01/16357270/applications-advanced-metering-infrastructure-electricity-distribution http://hdl.handle.net/10986/12948 |
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okr-10986-12948 |
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| recordtype |
oai_dc |
| repository_type |
Digital Repository |
| institution_category |
Foreign Institution |
| institution |
Digital Repositories |
| building |
World Bank Open Knowledge Repository |
| collection |
World Bank |
| language |
English en_US |
| topic |
3G ACCESS TO ELECTRICITY ACTION PLANS AGRICULTURE ANTENNAS APPLIANCES APPROACH AUTOMATION BASIC BROADBAND BROADCAST BUSINESS MODEL BUSINESS PROCESSES CAPABILITIES CELLULAR NETWORK CELLULAR NETWORKS CELLULAR TECHNOLOGIES CLIMATE CHANGE COLLECTION SYSTEM COLLUSION COMMUNICATION INFRASTRUCTURE COMMUNICATION NETWORK COMMUNICATION NETWORKS COMMUNICATION SERVICES COMMUNICATION TECHNOLOGIES COMMUNICATION TECHNOLOGY COMMUNICATIONS INFRASTRUCTURE COMMUNICATIONS NETWORK COMMUNICATIONS TECHNOLOGY COMPONENTS CONVERSION EQUIPMENT COST EFFECTIVENESS DATA COLLECTION DATA COMMUNICATION DATA MANAGEMENT DATA NETWORK DATA PACKET DATA RATES DATA TRANSFER DATA TRANSMISSION DEMAND MANAGEMENT DEVICES DIGITAL DISTRIBUTION FACILITIES DISTRIBUTION NETWORK DISTRIBUTION NETWORKS DISTRIBUTION SYSTEM ECONOMIC FEASIBILITY ECONOMIC LIFE ECONOMIC LOSS ELECTRIC POWER ELECTRIC UTILITIES ELECTRIC UTILITY ELECTRICITY ELECTRICITY CONSUMPTION ELECTRICITY DISTRIBUTION ELECTRICITY PRICE ELECTRICITY SUPPLY ELECTRICITY SYSTEM ELECTRICITY TARIFFS ELECTRICITY UTILITIES ELECTRICITY UTILITY ENERGY CONSUMPTION ENERGY COSTS ENERGY EFFICIENCY ENERGY OUTLOOK ENGINEERING ENGINEERS EQUIPMENT EQUIPMENTS FINANCIAL CRISIS FINANCIAL PERFORMANCE FOSSIL FOSSIL FUELS FRAUD FREQUENCY BANDS FUEL FUEL TYPE FUELS FUNCTIONALITY GENERATION GLOBAL MARKET GLOBAL MARKETS GREENHOUSE GAS GREENHOUSE GAS EMISSIONS GROSS DOMESTIC PRODUCT GROUP OF USERS HARDWARE HYDROPOWER ICT INCOME INFORMATION SYSTEM INFORMATION SYSTEMS INFORMATION TRANSMISSION INSPECTIONS INSTALLATION INTERFACE INTERNATIONAL STANDARDS KILOWATT-HOUR LAN LCD LOCAL AREA NETWORK MAINTENANCE COSTS MANAGEMENT SYSTEM MANUFACTURING MARKET PRICES MOBILE COMMUNICATION MOBILE COMMUNICATIONS MOBILE PHONE MOBILE PHONES MODEMS MONOPOLIES NETWORK SYSTEMS NETWORKS OIL OPTIMIZATION ORGANIZATIONAL STRUCTURE PACKET RADIO PACKET RADIO SERVICES POLLUTANTS POWER POWER DEMAND POWER GENERATION POWER GENERATORS POWER GRIDS POWER INDUSTRY POWER LINES POWER PLANT POWER PLANT CONSTRUCTION POWER SECTOR POWER SECTOR PLANNING POWER SECTORS POWER SYSTEM POWER SYSTEMS PRICES OF ENERGY PRIMARY ENERGY PRIMARY ENERGY RESOURCES PROGRAMS QUALITY OF SERVICE QUALITY OF SERVICES RADIO RADIO FREQUENCIES RADIO FREQUENCY RADIO SIGNALS REAL TIME REAL-TIME COMMUNICATION REGULATORY FRAMEWORK RELIABILITY RESIDENTIAL CONSUMERS RESULT RESULTS SATELLITE SERVER SERVERS SERVICE PROVIDERS SOFTWARE INFRASTRUCTURE SOFTWARE PACKAGE SOFTWARE PACKAGES SOFTWARE SYSTEM TARIFF LEVELS TECHNICAL ASPECTS TECHNICAL SKILLS TECHNOLOGICAL INFRASTRUCTURE TECHNOLOGICAL INNOVATION TECHNOLOGY SUPPORTS TELECOM TELECOMMUNICATION TELECOMMUNICATION EQUIPMENT TELEVISION TERMINALS TIME PERIODS TOTAL COSTS TRANSFORMERS TRANSMISSION TRANSMISSION CAPACITY USER USERS UTILITIES VALUE CHAIN VOLTAGE WAN WIDE AREA NETWORK WIFI WIRELESS WIRELESS TECHNOLOGIES WIRELESS TECHNOLOGY |
| spellingShingle |
3G ACCESS TO ELECTRICITY ACTION PLANS AGRICULTURE ANTENNAS APPLIANCES APPROACH AUTOMATION BASIC BROADBAND BROADCAST BUSINESS MODEL BUSINESS PROCESSES CAPABILITIES CELLULAR NETWORK CELLULAR NETWORKS CELLULAR TECHNOLOGIES CLIMATE CHANGE COLLECTION SYSTEM COLLUSION COMMUNICATION INFRASTRUCTURE COMMUNICATION NETWORK COMMUNICATION NETWORKS COMMUNICATION SERVICES COMMUNICATION TECHNOLOGIES COMMUNICATION TECHNOLOGY COMMUNICATIONS INFRASTRUCTURE COMMUNICATIONS NETWORK COMMUNICATIONS TECHNOLOGY COMPONENTS CONVERSION EQUIPMENT COST EFFECTIVENESS DATA COLLECTION DATA COMMUNICATION DATA MANAGEMENT DATA NETWORK DATA PACKET DATA RATES DATA TRANSFER DATA TRANSMISSION DEMAND MANAGEMENT DEVICES DIGITAL DISTRIBUTION FACILITIES DISTRIBUTION NETWORK DISTRIBUTION NETWORKS DISTRIBUTION SYSTEM ECONOMIC FEASIBILITY ECONOMIC LIFE ECONOMIC LOSS ELECTRIC POWER ELECTRIC UTILITIES ELECTRIC UTILITY ELECTRICITY ELECTRICITY CONSUMPTION ELECTRICITY DISTRIBUTION ELECTRICITY PRICE ELECTRICITY SUPPLY ELECTRICITY SYSTEM ELECTRICITY TARIFFS ELECTRICITY UTILITIES ELECTRICITY UTILITY ENERGY CONSUMPTION ENERGY COSTS ENERGY EFFICIENCY ENERGY OUTLOOK ENGINEERING ENGINEERS EQUIPMENT EQUIPMENTS FINANCIAL CRISIS FINANCIAL PERFORMANCE FOSSIL FOSSIL FUELS FRAUD FREQUENCY BANDS FUEL FUEL TYPE FUELS FUNCTIONALITY GENERATION GLOBAL MARKET GLOBAL MARKETS GREENHOUSE GAS GREENHOUSE GAS EMISSIONS GROSS DOMESTIC PRODUCT GROUP OF USERS HARDWARE HYDROPOWER ICT INCOME INFORMATION SYSTEM INFORMATION SYSTEMS INFORMATION TRANSMISSION INSPECTIONS INSTALLATION INTERFACE INTERNATIONAL STANDARDS KILOWATT-HOUR LAN LCD LOCAL AREA NETWORK MAINTENANCE COSTS MANAGEMENT SYSTEM MANUFACTURING MARKET PRICES MOBILE COMMUNICATION MOBILE COMMUNICATIONS MOBILE PHONE MOBILE PHONES MODEMS MONOPOLIES NETWORK SYSTEMS NETWORKS OIL OPTIMIZATION ORGANIZATIONAL STRUCTURE PACKET RADIO PACKET RADIO SERVICES POLLUTANTS POWER POWER DEMAND POWER GENERATION POWER GENERATORS POWER GRIDS POWER INDUSTRY POWER LINES POWER PLANT POWER PLANT CONSTRUCTION POWER SECTOR POWER SECTOR PLANNING POWER SECTORS POWER SYSTEM POWER SYSTEMS PRICES OF ENERGY PRIMARY ENERGY PRIMARY ENERGY RESOURCES PROGRAMS QUALITY OF SERVICE QUALITY OF SERVICES RADIO RADIO FREQUENCIES RADIO FREQUENCY RADIO SIGNALS REAL TIME REAL-TIME COMMUNICATION REGULATORY FRAMEWORK RELIABILITY RESIDENTIAL CONSUMERS RESULT RESULTS SATELLITE SERVER SERVERS SERVICE PROVIDERS SOFTWARE INFRASTRUCTURE SOFTWARE PACKAGE SOFTWARE PACKAGES SOFTWARE SYSTEM TARIFF LEVELS TECHNICAL ASPECTS TECHNICAL SKILLS TECHNOLOGICAL INFRASTRUCTURE TECHNOLOGICAL INNOVATION TECHNOLOGY SUPPORTS TELECOM TELECOMMUNICATION TELECOMMUNICATION EQUIPMENT TELEVISION TERMINALS TIME PERIODS TOTAL COSTS TRANSFORMERS TRANSMISSION TRANSMISSION CAPACITY USER USERS UTILITIES VALUE CHAIN VOLTAGE WAN WIDE AREA NETWORK WIFI WIRELESS WIRELESS TECHNOLOGIES WIRELESS TECHNOLOGY World Bank Applications of Advanced Metering Infrastructure in Electricity Distribution |
| description |
In the second half of the 1980s, several
electricity companies in developed countries incorporated
the automation of the reads of the consumption meters
installed in their customers' premises. Adoption of
that approach was driven in all the cases by the need to
lower the significant costs of in-site reading, reflecting
high labor costs in rich countries. There are several AMI
options potentially viable for each of the automated meter
reading (AMI) applications, covering a wide range in terms
of technical and functional specifications of hardware and
software. However, the technical and economic feasibility of
a specific option crucially depends on the current
operational and financial performance of the involved
utilities, as well as on other key characteristics
(institutional, regulatory, development of communications
infrastructure) of the environment in which they operate. It
is very clear that, in AMI, one size does not fit all. The
applicability and options for applying AMI or smart meters
technology to a variety of customer management issues
commonly found in public service utilities, in particular in
electricity distribution companies, are described and
analyzed in this report. |
| format |
Economic & Sector Work :: Other Infrastructure Study |
| author |
World Bank |
| author_facet |
World Bank |
| author_sort |
World Bank |
| title |
Applications of Advanced Metering Infrastructure in Electricity Distribution |
| title_short |
Applications of Advanced Metering Infrastructure in Electricity Distribution |
| title_full |
Applications of Advanced Metering Infrastructure in Electricity Distribution |
| title_fullStr |
Applications of Advanced Metering Infrastructure in Electricity Distribution |
| title_full_unstemmed |
Applications of Advanced Metering Infrastructure in Electricity Distribution |
| title_sort |
applications of advanced metering infrastructure in electricity distribution |
| publisher |
Washington, DC |
| publishDate |
2013 |
| url |
http://documents.worldbank.org/curated/en/2011/01/16357270/applications-advanced-metering-infrastructure-electricity-distribution http://hdl.handle.net/10986/12948 |
| _version_ |
1764420749263634432 |
| spelling |
okr-10986-129482021-04-23T14:03:02Z Applications of Advanced Metering Infrastructure in Electricity Distribution World Bank 3G ACCESS TO ELECTRICITY ACTION PLANS AGRICULTURE ANTENNAS APPLIANCES APPROACH AUTOMATION BASIC BROADBAND BROADCAST BUSINESS MODEL BUSINESS PROCESSES CAPABILITIES CELLULAR NETWORK CELLULAR NETWORKS CELLULAR TECHNOLOGIES CLIMATE CHANGE COLLECTION SYSTEM COLLUSION COMMUNICATION INFRASTRUCTURE COMMUNICATION NETWORK COMMUNICATION NETWORKS COMMUNICATION SERVICES COMMUNICATION TECHNOLOGIES COMMUNICATION TECHNOLOGY COMMUNICATIONS INFRASTRUCTURE COMMUNICATIONS NETWORK COMMUNICATIONS TECHNOLOGY COMPONENTS CONVERSION EQUIPMENT COST EFFECTIVENESS DATA COLLECTION DATA COMMUNICATION DATA MANAGEMENT DATA NETWORK DATA PACKET DATA RATES DATA TRANSFER DATA TRANSMISSION DEMAND MANAGEMENT DEVICES DIGITAL DISTRIBUTION FACILITIES DISTRIBUTION NETWORK DISTRIBUTION NETWORKS DISTRIBUTION SYSTEM ECONOMIC FEASIBILITY ECONOMIC LIFE ECONOMIC LOSS ELECTRIC POWER ELECTRIC UTILITIES ELECTRIC UTILITY ELECTRICITY ELECTRICITY CONSUMPTION ELECTRICITY DISTRIBUTION ELECTRICITY PRICE ELECTRICITY SUPPLY ELECTRICITY SYSTEM ELECTRICITY TARIFFS ELECTRICITY UTILITIES ELECTRICITY UTILITY ENERGY CONSUMPTION ENERGY COSTS ENERGY EFFICIENCY ENERGY OUTLOOK ENGINEERING ENGINEERS EQUIPMENT EQUIPMENTS FINANCIAL CRISIS FINANCIAL PERFORMANCE FOSSIL FOSSIL FUELS FRAUD FREQUENCY BANDS FUEL FUEL TYPE FUELS FUNCTIONALITY GENERATION GLOBAL MARKET GLOBAL MARKETS GREENHOUSE GAS GREENHOUSE GAS EMISSIONS GROSS DOMESTIC PRODUCT GROUP OF USERS HARDWARE HYDROPOWER ICT INCOME INFORMATION SYSTEM INFORMATION SYSTEMS INFORMATION TRANSMISSION INSPECTIONS INSTALLATION INTERFACE INTERNATIONAL STANDARDS KILOWATT-HOUR LAN LCD LOCAL AREA NETWORK MAINTENANCE COSTS MANAGEMENT SYSTEM MANUFACTURING MARKET PRICES MOBILE COMMUNICATION MOBILE COMMUNICATIONS MOBILE PHONE MOBILE PHONES MODEMS MONOPOLIES NETWORK SYSTEMS NETWORKS OIL OPTIMIZATION ORGANIZATIONAL STRUCTURE PACKET RADIO PACKET RADIO SERVICES POLLUTANTS POWER POWER DEMAND POWER GENERATION POWER GENERATORS POWER GRIDS POWER INDUSTRY POWER LINES POWER PLANT POWER PLANT CONSTRUCTION POWER SECTOR POWER SECTOR PLANNING POWER SECTORS POWER SYSTEM POWER SYSTEMS PRICES OF ENERGY PRIMARY ENERGY PRIMARY ENERGY RESOURCES PROGRAMS QUALITY OF SERVICE QUALITY OF SERVICES RADIO RADIO FREQUENCIES RADIO FREQUENCY RADIO SIGNALS REAL TIME REAL-TIME COMMUNICATION REGULATORY FRAMEWORK RELIABILITY RESIDENTIAL CONSUMERS RESULT RESULTS SATELLITE SERVER SERVERS SERVICE PROVIDERS SOFTWARE INFRASTRUCTURE SOFTWARE PACKAGE SOFTWARE PACKAGES SOFTWARE SYSTEM TARIFF LEVELS TECHNICAL ASPECTS TECHNICAL SKILLS TECHNOLOGICAL INFRASTRUCTURE TECHNOLOGICAL INNOVATION TECHNOLOGY SUPPORTS TELECOM TELECOMMUNICATION TELECOMMUNICATION EQUIPMENT TELEVISION TERMINALS TIME PERIODS TOTAL COSTS TRANSFORMERS TRANSMISSION TRANSMISSION CAPACITY USER USERS UTILITIES VALUE CHAIN VOLTAGE WAN WIDE AREA NETWORK WIFI WIRELESS WIRELESS TECHNOLOGIES WIRELESS TECHNOLOGY In the second half of the 1980s, several electricity companies in developed countries incorporated the automation of the reads of the consumption meters installed in their customers' premises. Adoption of that approach was driven in all the cases by the need to lower the significant costs of in-site reading, reflecting high labor costs in rich countries. There are several AMI options potentially viable for each of the automated meter reading (AMI) applications, covering a wide range in terms of technical and functional specifications of hardware and software. However, the technical and economic feasibility of a specific option crucially depends on the current operational and financial performance of the involved utilities, as well as on other key characteristics (institutional, regulatory, development of communications infrastructure) of the environment in which they operate. It is very clear that, in AMI, one size does not fit all. The applicability and options for applying AMI or smart meters technology to a variety of customer management issues commonly found in public service utilities, in particular in electricity distribution companies, are described and analyzed in this report. 2013-03-26T18:55:22Z 2013-03-26T18:55:22Z 2011 http://documents.worldbank.org/curated/en/2011/01/16357270/applications-advanced-metering-infrastructure-electricity-distribution http://hdl.handle.net/10986/12948 English en_US CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank Washington, DC Economic & Sector Work :: Other Infrastructure Study Economic & Sector Work |