Instant access to exclusive forecasts to 2040
EnerFuture provides energy projections up to 2040. Our service offers clear insight into the future of energy demand, prices and GHG emissions by energy source and sector at both country and regional level. EnerFuture provides a consistent set of data based on a proven modelling methodology.
A useful tool to assess the evolution of energy markets worldwide and its drivers, Enerfuture will help you define your business strategic plans.
New projections based on updated data up to 2016
- Global coverage (65+ countries/regions)
- Long-term (2040) energy projections based on the globally recognised POLES model
- All energies covered: oil, gas, coal, electricity, biomass and CO2 emissions
- Annual demand and price forecasts by sector and energy
- CO2 emissions forecasts by fuel and sector
- Power mix forecasts (capacities and production)
Both fossil fuels and renewable energies covered
- Three detailed scenarios
- 24/7 online access
- Updated historical data from 2000 - 2016
- Data available as graphs and tables for country/scenario benchmark
- Data export in .csv format to integrate your own databases and models
- User-friendly interface with unlimited MS-Excel exports
- MACC: Long-term Marginal Abatement Cost Curves generate the different levels of emissions reductions that can be reached for different carbon price levels for a given year, country and sector.
- Easy access to the comprehensive and complex POLES model:
- A world reference in energy systems modelling and forecasting
- Uses a dynamic simulation of supply and demand with endogenous calculation of energy prices
- Independent view: Enerdata is not linked to any governmental bodies or energy companies
- Can be benchmarked with WEO and/or your own forecasts
- Global forecast consistent with country specific energy balances
- Detailed description of the POLES model
- Modelling methodology and scenarios are made explicit
- Support from the experienced Enerdata Global Energy Forecasting specialists
- Czech Republic
- The Netherlands
- United Kingdom
- Baltic States*
- European Union*
CENTRAL AMERICA AND CARIBBEAN
- Rest of Central America and Caribbean*
- Rest of South America*
- South Korea
- South Asia (excl. India)*
- Rest of South-East Asia*
- OECD Asia and Pacific
- Other CIS*
- South Africa
- North Africa*
- Sub Saharan Africa (excl. South Africa)*
- Gulf Countries*
- Mediterranean (excl. Gulf countries)*
*Note: Price Forecast unavailable.
Ener-Blue provides an outlook of the energy system based on the successful achievement of the 2030 NDCs' targets as announced at the COP21 and revised since then. Global energy demand increases, driven by the growth in China and other emerging countries, but NDCs enable to control the energy demand growth and CO2 emissions until 2030. These efforts are compatible with a 3-4°C objective.
This scenario describes a world of durably low fossil fuel energy prices; exploitation and production of unconventional oil and gas resources intensifies and expands globally, however confirmed energy commitments in some regions as well as technological innovation foster the deployment of renewables. Without a global agreement, global CO2 emissions soar towards a +5 °C temperature increase.
This scenario explores the implications of more stringent climate policies with countries fulfilling their NDC commitments and then regularly revising their emissions goals. Ambitious efforts are made to phase out fossil fuel subsidies and to enable a strong deployment of renewables. Under this new green deal, world emissions are divided by 2 by 2040, the global temperature increase is limited at +2°C.
Data Series Covered:
- Energies/Emissions: oil, gas, coal, electricity, biomass and CO2 emissions
- Demand: total demand and demand by sector
- Power: production and capacities by energy type: fossil energies, nuclear, renewables (wind, solar, etc.)
- Sectors: power production, industry, transport and residential/services/agriculture
Energy Demand Forecasting:
Oil products consumption of transport (ktoe) over 2010 - 2040