The series contained in this interface are a short excerpt of the data available in Enerdata‘s EnerFuture service. The complete service provides:

• Many other series including end-user prices, electricity generation and capacities by energy source, etc.
• Extended global coverage including 65+ individual countries and regional aggregates.
• Additional scenarios: whereas the data in EnerOutlook corresponds to the EnerBlue scenario (NDC achievement), two other scenarios are provided in EnerFuture: EnerBase (current policies) and EnerGreen (2°C scenario).
• Detailed breakdown: insightful details are provided in EnerFuture, such as a complete disaggregation of all series by country, by sector and by energy source/vector; e.g. final consumption of gas in the US buildings sector, electricity price in the Chinese industry, solar capacity for power generation in India, CO₂ emissions from the industry in Europe and by Member State, etc.
• Full MS-Excel export capability: EnerFuture allows the user to select customised sets of forecasts and export the selection into user-friendly MS-Excel sheets (sorted by series or by country), to facilitate further analysis.
• Further analytical indicators: including macroeconomic indicators (economic growth, population, GDP per capita), demand indicators (primary energy intensity, per capita energy and electricity consumption), CO₂ indicators (emissions per inhabitant, CO₂ intensity of power generation, carbon price, CO₂ intensity to GDP), renewables indicators (share in primary and final consumption, share in electricity generation), and more
• Marginal Abatement Cost curves (MACCs): providing both the level of emissions and the level of mitigated/reduced emissions that can be reached at a selected carbon price in a given year, country and sector. These levels are derived from our explicitly detailed standard scenarios. MACCs are provided for a wide range of carbon prices.
• A Country Snapshot: select your countries of interest and explore the key trends of the future energy system through intuitive graphs and tables.
• A “Wedges” module: show a breakdown of the levers enabling to reduce emissions between two scenarios