Global Energy and Climate Model
Section one: Overview of model and scenarios five
Global Energy and Climate Model overview thirteen
Overview of model and scenarios
Section one | Overview of model and scenarios
One point one point one Stated Policies Scenario
One point one point two Announced Pledges Scenario
Section one | Overview of model and scenarios
One point one point three Net Zero Emissions by twenty fifty Scenario
The Net Zero Emissions by twenty fifty Scenario:
One point two. Selected developments in twenty twenty-four
Section one | Overview of model and scenarios
International Energy Agency | Global Energy and Climate Model Documentation
Hourly electricity demand
Behavioural change analysis
Section One | Overview of model and scenarios
Household energy expenditure
One point three GEC Model overview
International Energy Agency | Global Energy and Climate Model Documentation
Section One | Overview of model and scenarios
One point three point two Data inputs
International Energy Agency | Global Energy and Climate Model Documentation
One point three point three Regional coverage and time horizon
One point three point four Capabilities and features
Section one | Overview of model and scenarios
One point three point five Connections with the international energy modelling community
International Energy Agency | Global Energy and Climate Model Documentation
Cross-cutting inputs and assumptions
Two point one. Population assumptions
Section Two | Cross-cutting inputs and assumptions
Two point two. Macroeconomic assumptions
International Energy Agency | Global Energy and Climate Model Documentation
Two point three point one. International fossil fuel prices
Section two | Cross-cutting inputs and assumptions
Two point three point three End-user prices
Electricity end-use prices
Section two | Cross-cutting inputs and assumptions
Two point five. Techno-economic inputs
The following databases are particularly relevant for the definition of the different scenarios:
Section two. Cross-cutting inputs and assumptions
Three point one. Industry
Section Three. End-use sectors
Three point one point two. Energy-intensive sub-sectors
Section Three. End-use sectors
Three point one point three Non-energy-intensive sub-sectors
Section three | End-use sectors
Three point one point four Industry sector investments
Three point one point five Input data
Three point two Transport
Three point two point one The historical database
Section three End-use sectors
Three point two point two The transport module
Section three | End-use sectors
Section three | End-use sectors
Section three | End-use sectors
Section three | End-use sectors
Behavioural change analysis
International Energy Agency | Global Energy and Climate Model Documentation
Three point three Buildings
Section three | End-use sectors
International Energy Agency | Global Energy and Climate Model Documentation
Section three | End-use sectors
Three point four Hourly electricity demand and demand-side response
International Energy Agency | Global Energy and Climate Model Documentation
Section Three | End-use sectors
Section Three | End-use sectors
Electricity generation and heat production
Four point one Electricity generation
Section Four | Electricity generation and heat production
Four point one point one Capacity additions
The levelised cost module computes long-run marginal costs or levelised costs of electricity for the following types of plant:
Four point one point two Generation volumes
Section Four | Electricity generation and heat production
Four point one point three Calculation of the capacity credit and capacity factor of variable renewables
Section Four | Electricity generation and heat production
Section Four | Electricity generation and heat production
Advantages and limitations of the value-adjusted Levelised Cost of Electricity
Financing costs for utility-scale solar PV
Four point three Electricity transmission and distribution networks
Line replacement due to ageing infrastructure
Section Four Electricity generation and heat production
Line length expansion due to electricity demand growth
Line length expansion due to renewables
Transformer capacity expansion due to electricity demand and supply growth
Transformer replacement due to ageing
Electricity network investment
Section Four | Electricity generation and heat production
International Energy Agency | Global Energy and Climate Model Documentation
Section four. Electricity generation and heat production
Assessing flexibility needs
International Energy Agency | Global Energy and Climate Model Documentation
Four point five Mini- and off-grid power systems
Four point six Renewables and combined heat and power modules
Four point six point one Combined heat and power and distributed generation
Four point six point two Renewable energy
Section four | Electricity generation and heat production
Box four point one > Long-term potential of renewables
Wind offshore technical potential
Four point seven Hydrogen and ammonia in electricity generation
Four point eight Battery storage
Section Four | Electricity generation and heat production
Five point one Oil refining and trade