Energy Research Institute (ERI), China, http://en.cctp.org.cn/m5/product/35982.html.
IPAC-AIM technology# QUERY54b53b59adedb845ea309babb7f13519
-Has subobject::IPAC-AIM technology main About
IPAC-AIM technology# QUERY8249c2b48808747de180a2eb1313c51f
-Has subobject::GroupStructure About
IPAC-AIM technology# QUERYfcc41b5ad1822a38d45b89829581acbc
-Has subobject::FeatureStructureAbout Name and version
IPAC-AIM technology# QUERYe68cfbdb2255d03893151e7f20e42562
IPAC-AIM technology# QUERY11a609fa1a68fdaf46e4be932137fb9f
-Has subobject::FeatureStructureAbout Documentation
IPAC-AIM technology# QUERY5cb6c46a3ef8333ddb7e3b0b04632481
-Has subobject::FeatureStructureAbout Institution
IPAC-AIM technology# QUERY47258fb5dfe0ed499bbb731da6aa52c7
-Has subobject::IPAC-AIM technology main Model scope and methods
IPAC-AIM technology# QUERY3d6c05e66e15fb69809e38933a8f8fdc
-Has subobject::GroupStructure Model scope and methods
IPAC-AIM technology# QUERY1d6b0c276821095b224bd9bb700cdf29
-Has subobject::FeatureStructureScopeMethod Model type
IPAC-AIM technology# QUERYc5dad25fdcff3a920046be568ab8e4d2
-Has subobject::FeatureStructureScopeMethod Geographical scope
IPAC-AIM technology# QUERY0b79b25554ea56ef9d01b9a088c5f8f3
-Has subobject::FeatureStructureScopeMethod Objective
IPAC-AIM technology# QUERYdbd2bb04c52fde73e79e42d16434c608
-Has subobject::FeatureStructureScopeMethod Solution concept
IPAC-AIM technology# QUERY636dfe9b8c3b48d14c930af47a536e43
-Has subobject::FeatureStructureScopeMethod Solution horizon
IPAC-AIM technology# QUERY76a47c0e2200251cf87400e5e4d4f897
-Has subobject::FeatureStructureScopeMethod Solution method
IPAC-AIM technology# QUERYae358d420b29bb8153b8e3f7c70a943d
-Has subobject::FeatureStructureScopeMethod Anticipation
IPAC-AIM technology# QUERYfcb5128f74ee473731c7d01411008aea
-Has subobject::FeatureStructureScopeMethod Temporal dimension
IPAC-AIM technology# QUERY4a1a363cab3d62e4e04f3499205e6c07
-Has subobject::FeatureStructureScopeMethod Spatial dimension
IPAC-AIM technology# QUERY3db10851f1c45f1f32441ef07b3cce32
-Has subobject::FeatureStructureScopeMethod Time discounting type
IPAC-AIM technology# QUERY963ddc498650564151071f4e2fdb83cc
-Has subobject::FeatureStructureScopeMethod Policies
IPAC-AIM technology# QUERY69f6ea15968fe33c3d87b62ce6336ddb
-Has subobject::IPAC-AIM technology main Socio-economic drivers
IPAC-AIM technology# QUERYf40108d9bbe514b272f355e90eaa897d
-Has subobject::GroupStructure Socio-economic drivers
IPAC-AIM technology# QUERYe5e48940ff7ff1c42866da28139de7c3
-Has subobject::FeatureStructureSocio-economic Population
IPAC-AIM technology# QUERYb7ce6c1171fc3bd3128a58a68c62fd4e
IPAC-AIM technology# QUERYf798289537313a5d8b283a5f5dfd830a
-Has subobject::FeatureStructureSocio-economic Population age structure
IPAC-AIM technology# QUERY7740f540d846af5bbb971c1038f17d9a
-Has subobject::FeatureStructureSocio-economic Education level
IPAC-AIM technology# QUERY35555d53ccea6b0a9d707ec2e1f22408
-Has subobject::FeatureStructureSocio-economic Urbanization rate
IPAC-AIM technology# QUERY9e1c2f856eecd2157d5045be0fca02b1
-Has subobject::FeatureStructureSocio-economic GDP
IPAC-AIM technology# QUERY039ddb566990734c87c3d4609a0bce07
-Has subobject::FeatureStructureSocio-economic Income distribution
IPAC-AIM technology# QUERYcd2f26fcff9c6a7e677798fc81a9ba18
-Has subobject::FeatureStructureSocio-economic Employment rate
IPAC-AIM technology# QUERY03543da57ee169cd236904e52829820f
-Has subobject::FeatureStructureSocio-economic Labor productivity
IPAC-AIM technology# QUERY195d62e9686fd9abf266767cc4a4f6eb
-Has subobject::FeatureStructureSocio-economic Total factor productivity
IPAC-AIM technology# QUERYb5513cc231b6d4ac7047520558b710d3
-Has subobject::FeatureStructureSocio-economic Autonomous energy efficiency improvements
IPAC-AIM technology# QUERY33f8b0cf57d043c1ae59568aee9dbd62
-Has subobject::FeatureStructureSocio-economic Other socio economic driver
IPAC-AIM technology# QUERYdac1b791d7b19de3b0619fefe18ed5f4
-Has subobject::IPAC-AIM technology Economic sector Macro-economy
IPAC-AIM technology# QUERY05e2f0240ce2368d7c879ae4c881ce34
-Has subobject::IPAC-AIM technology Macro-economy Macro-economy
IPAC-AIM technology# QUERY45a6e8c1735b546bccb769cb9712920a
-Has subobject::IPAC-AIM technology Resource use Macro-economy
IPAC-AIM technology# QUERYd20d8c1b3ff6995db23e12c00ad2b176
-Has subobject::IPAC-AIM technology Technological change Macro-economy
IPAC-AIM technology# QUERY4e3531523c70128f436969ef0d9aec8d
-Has subobject::GroupStructure Macro-economy
IPAC-AIM technology# QUERY7c7b9e11410eed19f98107f53f7d9c34
-Has subobject::FeatureStructureMacro-economy Industry ES
IPAC-AIM technology# QUERYa58e92a81eee4adab082df1d868a0fde
IPAC-AIM technology# QUERY220c53560c7b3d590ed9e7c0ddfecee6
-Has subobject::FeatureStructureMacro-economy Energy ES
IPAC-AIM technology# QUERY3489d169efeff7864315b7dd63b07fcd
-Has subobject::FeatureStructureMacro-economy Transportation ES
IPAC-AIM technology# QUERYc0e6a63f0eb35524f2938cc1a768e133
-Has subobject::FeatureStructureMacro-economy Residential and commercial ES
IPAC-AIM technology# QUERY7e4ffc68c1c43bafef98d8db28604e44
-Has subobject::FeatureStructureMacro-economy Agriculture ES
IPAC-AIM technology# QUERYa8383dcbea139cd666627d59d1377533
-Has subobject::FeatureStructureMacro-economy Forestry ES
IPAC-AIM technology# QUERY9549d690d87fa572553a91335f58e82c
-Has subobject::FeatureStructureMacro-economy Other economic sector
IPAC-AIM technology# QUERY1c3552eea25371578149ba840b14416e
-Has subobject::FeatureStructureMacro-economy Trade
IPAC-AIM technology# QUERYbc984c080308480392bd9702e4641146
-Has subobject::FeatureStructureMacro-economy Cost measures
IPAC-AIM technology# QUERY7a97cd2c432fe3a0f6deb0035eec7050
-Has subobject::FeatureStructureMacro-economy Categorization by group
IPAC-AIM technology# QUERY2966315ca186d9b6163e52abd87ef726
-Has subobject::FeatureStructureMacro-economy Institutional and political factors
IPAC-AIM technology# QUERY42a8ef0ad2d322979d0a4be8949bc874
-Has subobject::FeatureStructureMacro-economy Coal RU
IPAC-AIM technology# QUERY29f579596396ae4f9518dec51c277b5f
-Has subobject::FeatureStructureMacro-economy Conventional Oil RU
IPAC-AIM technology# QUERY585455ef49613bdb63cdc3e573c3a097
-Has subobject::FeatureStructureMacro-economy Unconventional Oil RU
IPAC-AIM technology# QUERYff15aa6fcb3b4ea30f3d73f176dd87c7
-Has subobject::FeatureStructureMacro-economy Conventional Gas RU
IPAC-AIM technology# QUERYdc3ffe9efd4598ad7fb92e027c48e45f
-Has subobject::FeatureStructureMacro-economy Unconventional Gas RU
IPAC-AIM technology# QUERY80b5c1442a2de22dbb92d70a3e042b66
-Has subobject::FeatureStructureMacro-economy Uranium RU
IPAC-AIM technology# QUERY7a8179f4775ed384987b3d8ce218a8aa
-Has subobject::FeatureStructureMacro-economy Bioenergy RU
IPAC-AIM technology# QUERY0d234f3bf09fe96f62296bf69af3d6f6
-Has subobject::FeatureStructureMacro-economy Water RU
IPAC-AIM technology# QUERY0e8f320233d14a25b4ee9e0b38b5571f
-Has subobject::FeatureStructureMacro-economy Raw Materials RU
IPAC-AIM technology# QUERY35e431f624b6d22903af044b0dfa870b
-Has subobject::FeatureStructureMacro-economy Land RU
IPAC-AIM technology# QUERYa7a29efa1a3ac3a982019bcebc858b33
-Has subobject::FeatureStructureMacro-economy Other resource use
IPAC-AIM technology# QUERY1fbd75aa33cc62849e69e4beec460a15
-Has subobject::FeatureStructureMacro-economy Energy conversion technologies TC
IPAC-AIM technology# QUERY205344ccbbdbbca6bdc71e7ec71adf84
-Has subobject::FeatureStructureMacro-economy Energy End-use TC
IPAC-AIM technology# QUERY2e433da1003cf9537e7bf211c50600f5
-Has subobject::FeatureStructureMacro-economy Material Use TC
IPAC-AIM technology# QUERYa8b6d86528421a424f6758ca626dde83
-Has subobject::FeatureStructureMacro-economy Agriculture TC
IPAC-AIM technology# QUERYc7e61a2379b6027d9a9f12a492ed2110
-Has subobject::FeatureStructureMacro-economy Other technological change
IPAC-AIM technology# QUERY2ea9ba6c9b588d49ba513c12bcc2cdc0
-Has subobject::IPAC-AIM technology main Energy
IPAC-AIM technology# QUERY7f36becfadb9646d00a407c2d9a00694
-Has subobject::IPAC-AIM technology Energy technology substitution Energy
IPAC-AIM technology# QUERY894e96cd97d29e74853f3b9ed25fe4e5
-Has subobject::IPAC-AIM technology Energy Energy
IPAC-AIM technology# QUERYc93874d23845d2f3de4881526d787075
-Has subobject::IPAC-AIM technology Grid Infra Structure Energy
IPAC-AIM technology# QUERYa6f549cdf74c07f5142a56291e1cb37c
-Has subobject::IPAC-AIM technology Energy end-use technologies Energy
IPAC-AIM technology# QUERY28a085e5f5c150f0ff99dfd8fadd2ecf
-Has subobject::GroupStructure Energy
IPAC-AIM technology# QUERY59dbe623f5c729cd546742c1e63b0409
-Has subobject::FeatureStructureEnergy Behaviour
IPAC-AIM technology# QUERYa16cf118a3e77b12c09a62bacc701e05
IPAC-AIM technology# QUERY2900ee563e4c65b023dc8a4777fe6da9
-Has subobject::FeatureStructureEnergy Energy technology choice
IPAC-AIM technology# QUERY2741e8aeb96b399c4f1a801455a35fc9
-Has subobject::FeatureStructureEnergy Energy technology substitutability
IPAC-AIM technology# QUERY33c1653b23c0319815f5f1b2df389645
-Has subobject::FeatureStructureEnergy Energy technology deployment
IPAC-AIM technology# QUERY6aefea1f6beebff4cbc338339f8b3eb2
-Has subobject::FeatureStructureEnergy Electricity technologies
IPAC-AIM technology# QUERY9495b62ed46eae190bf6a96256af757d
-Has subobject::FeatureStructureEnergy Hydrogen production
IPAC-AIM technology# QUERYfe971f6923f8457817bcaa1e526fa732
-Has subobject::FeatureStructureEnergy Refined liquids
IPAC-AIM technology# QUERYb2c15c93ec75dd0e8d443a4478af73d7
-Has subobject::FeatureStructureEnergy Refined gases
IPAC-AIM technology# QUERYd6a3a3d223723dec1e0b16a08728bd75
-Has subobject::FeatureStructureEnergy Heat generation
IPAC-AIM technology# QUERYe778103d0d1e11cc7faae258563fbc65
-Has subobject::FeatureStructureEnergy Electricity GI
IPAC-AIM technology# QUERY88d2bf129a67f21a8e09c5ec0f597abd
-Has subobject::FeatureStructureEnergy Gas GI
IPAC-AIM technology# QUERY7de3d2b2db6cb5e2c2d9951a9fa9bc21
-Has subobject::FeatureStructureEnergy Heat GI
IPAC-AIM technology# QUERYe346ae19cad0b96d0f11610cff4de1e7
-Has subobject::FeatureStructureEnergy CO2 GI
IPAC-AIM technology# QUERY424e911608285f54adad3659a127b859
-Has subobject::FeatureStructureEnergy Hydrogen GI
IPAC-AIM technology# QUERYf380c68e11ebcc90370c2a1cea58d270
-Has subobject::FeatureStructureEnergy Other grid and infrastructure
IPAC-AIM technology# QUERYdf2001cfefe2669d4910d37060ac7fb2
-Has subobject::FeatureStructureEnergy Passenger transportation
IPAC-AIM technology# QUERYa5e16f51a494ac04045c9f946c7faa6f
-Has subobject::FeatureStructureEnergy Freight transportation
IPAC-AIM technology# QUERY8db2d64d3380b447ca1c71c845c24c7b
-Has subobject::FeatureStructureEnergy Industry
IPAC-AIM technology# QUERYb526b5f313f896c3aa2282fe4513f67f
-Has subobject::FeatureStructureEnergy Residential and commercial
IPAC-AIM technology# QUERYee1ec2341ae461cef1355b2252722a5b
-Has subobject::IPAC-AIM technology main Land-use
IPAC-AIM technology# QUERYd70957490b1dba4f4051e26b964b7f60
-Has subobject::GroupStructure Land-use
IPAC-AIM technology# QUERYb4fe77d96c2100b19803b5d0d780ea06
-Has subobject::FeatureStructureLand-use Land cover
IPAC-AIM technology# QUERY87490187078cc866a39353a1f070563f
IPAC-AIM technology# QUERYa220370afae3a76c12c15b5cb62a78a0
-Has subobject::FeatureStructureLand-use Agriculture and forestry demands
IPAC-AIM technology# QUERY6757e039e38474d88aadf5fcf32af58e
-Has subobject::FeatureStructureLand-use Agricultural commodities
IPAC-AIM technology# QUERY0fd727253754dbff62e27a98381692be
-Has subobject::IPAC-AIM technology main Emission, climate and impacts
IPAC-AIM technology# QUERY31840d41d52a0ff296da73c6ca7c1011
-Has subobject::GroupStructure Emission, climate and impacts
IPAC-AIM technology# QUERY1f354baba930006ee95a731047da170e
-Has subobject::FeatureStructureEmissionClimate Greenhouse gases
IPAC-AIM technology# QUERYe013095ab9d66c1198af0aee53eb3d05
IPAC-AIM technology# QUERY64bdb2d73ae2511fdbde0d62dfd8924f
-Has subobject::FeatureStructureEmissionClimate Pollutants
IPAC-AIM technology# QUERYadd35a3927d0eab8fd43b4b6bc0be592
-Has subobject::FeatureStructureEmissionClimate Climate indicators
IPAC-AIM technology# QUERY5cfc9eb63ea844083487cd94fd4328e6
-Has subobject::FeatureStructureEmissionClimate Carbon dioxide removal
IPAC-AIM technology# QUERY85cf5e3f590cc360f023e47860586b12
-Has subobject::FeatureStructureEmissionClimate Climate change impacts
IPAC-AIM technology# QUERY9f6f139d3504a8765d7882729fe46024
-Has subobject::FeatureStructureEmissionClimate Co-Linkages
IPAC-AIM technology# QUERY85838152aaafebfdf70894b7693fc685
-Has subobject::FeatureStructureAbout Model link
IPAC-AIM technology# QUERY0cf2420020804c54be14d83cc3355833
-Has subobject::FeatureStructureAbout Process state
IPAC-AIM technology# QUERYcb247532a56757136acbd428aa6be5a5
IPAC-AIM technology documentation consists of a referencecard and detailed model documentation
The IPAC-AIM/technology model was developed based on AIM/end use model, which is part of the Asian-Pacific Integrated Model (AIM), which was developed by the National Institute for Environmental Studies (NIES) and Kyoto University. It is a bottom-up, energy-technology model. Based on detailed descriptions of energy services and technologies, it calculates the total energy consumption and production in a bottom-up manner. This model has been used to analyze several key countries in the Asian region including China, India, Indonesia, and Japan etc. The AIM/end-use models for key Asian developing countries have been constructed, and the results of analyses using this model have been reported (Jiang et al., 1998; Hu et al., 1996). Among the advantages of bottom-up models, the most important is that their results can be interpreted clearly because they are based on detailed descriptions of changes in human activities and technologies.
Partial equilibrium (price elastic demand)
Base year:2015, time steps:annual, horizon:
IPAC-AIM technology#Time discounting type
IPAC-AIM technology#Population age structure
IPAC-AIM technology#Total factor productivity
Autonomous energy efficiency improvements
IPAC-AIM technology#Autonomous energy efficiency improvements
IPAC-AIM technology#Other socio economic driver
IPAC-AIM technology#Residential and commercial ES
IPAC-AIM technology#Other economic sector
IPAC-AIM technology#Categorization by group
Interest rates differentiated by country/region
Technology costs differentiated by country/region
Technological change differentiated by country/region
Behavioural change differentiated by country/region
Constraints on cross country financial transfers
IPAC-AIM technology#Institutional and political factors
IPAC-AIM technology#Unconventional Oil RU
IPAC-AIM technology#Unconventional Gas RU
IPAC-AIM technology#Energy conversion technologies TC
IPAC-AIM technology#Other technological change
IPAC-AIM technology#Energy technology choice
IPAC-AIM technology#Energy technology substitutability
IPAC-AIM technology#Energy technology deployment
IPAC-AIM technology#Electricity technologies
IPAC-AIM technology#Other grid and infrastructure
IPAC-AIM technology#Passenger transportation
IPAC-AIM technology#Freight transportation
IPAC-AIM technology#Residential and commercial
IPAC-AIM technology#Agriculture and forestry demands
IPAC-AIM technology#Agricultural commodities
IPAC-AIM technology#Carbon dioxide removal
IPAC-AIM technology#Climate change impacts
Energy security: Fossil fuel imports & exports (region)
Energy access: Household energy consumption
Air pollution & health: Source-based aerosol emissions
Air pollution & health: Health impacts of air Pollution
Agricultural demand - IPAC-AIM technology
Air pollution and health - IPAC-AIM technology
Bioenergy land-use - IPAC-AIM technology
Capital and labour markets - IPAC-AIM technology
Carbon dioxide removal (CDR) options - IPAC-AIM technology
Climate damages, temperature changes - IPAC-AIM technology
Energy resource endowments - IPAC-AIM technology
Fossil energy resources - IPAC-AIM technology
Grid, pipelines and other infrastructure - IPAC-AIM technology
Mathematical model description - IPAC-AIM technology
Model Documentation - IPAC-AIM technology
Model concept, solver and details - IPAC-AIM technology
Model scope and methods - IPAC-AIM technology
Modelling of climate indicators - IPAC-AIM technology
Monetary instruments - IPAC-AIM technology
Non-biomass renewables - IPAC-AIM technology
Non-climate sustainability dimension - IPAC-AIM technology
Other sustainability dimensions - IPAC-AIM technology
Pollutants and non-GHG forcing agents - IPAC-AIM technology
Production system and representation of economic sectors - IPAC-AIM technology
Residential and commercial sectors - IPAC-AIM technology
Socio-economic drivers - IPAC-AIM technology
Technological change - IPAC-AIM technology
Technological change in energy - IPAC-AIM technology
Technological change in land-use - IPAC-AIM technology
Temporal dimension - IPAC-AIM technology
Uranium and other fissile resources - IPAC-AIM technology