More series
- More series like end-user prices, electricity generation and capacities by energy source, etc.
- More 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: very insightful details are provided in EnerFuture, like 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: in EnerFuture, the user can pick-up the relevant forecasts necessary for further analysis and export these in a user-friendly prepared MS-Excel sheet, either by series or by country.
- More analytical indicators: incl. 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), etc.
- MAC curves (MACCs): provide both the level of emissions and the level of mitigated/reduced emissions that can be reached at a given carbon price for a given year, a given country and in a given sector. These levels are derived from our standard scenarios which are explicitly detailed. MACCs are provided for a wide range of carbon prices.
- A Country Snapshot: pick up your country(ies) and explore the key trends of the future energy system through intuitive graphs and tables. Fully exportable to MS-Excel.
EnerFuture previews
EnerOutlook 2050 Presentation
Download the EnerOutlook 2050 presentation to have an overview of the main outcomes of our central scenario EnerBlue in various world regions.
The presentation includes details on the underlying assumptions of this scenario, along with insightful graphs and learnings on the future of energy systems through 2050.
12
Aug
ENTSO-E (EU) identifies 93 GW of needs for power interconnection by 2040
ENTSO-E’s new System Needs study identifies a total of 50 GW of needs for cross-border electricity exchanges on close to 40 borders in 2030 and another 43 GW on more than 55 borders in 2040. Addressing system needs would require €45bn of investment and could put Europe on track to realise the Green Deal, with 110 TWh of curtailed energy and 53 Mt of CO2 emissions avoided each year until 2040. The progress in market integration would lead to an increase in price convergence between bidding zone thanks to an additional 467 TWh/year of cross border exchanges by 2040. Electricity transmission projects currently under preparation address only about 43 GW of the 93 GW of needs identified between 2025 and 2040.
11
Aug
Algeria's gas exports expected to decrease by 40% over 2020-2025
According to the energy minister, Algeria’s natural gas exports are expected to decrease by more than 40% between 2020 (45 bcm) and 2025 (26 bcm) due to stagnant production, rising domestic demand and insufficient investment. In 2019, exports reached 42.7 bcm.
Algeria aims to attract international investors to offset its declining production and to maintain its exports. In December 2019, the country adopted a new hydrocarbon law, which introduces new types of contracts for companies willing to cooperate with the national oil and gas company Sonatrach on projects, including production sharing, participation and risk services. The text also simplifies procedures for foreign investors.
10
Aug
Kazatomprom's uranium output should drop by 16% in 2020 (Kazakhstan)
Kazakhstan’s state-owned uranium extraction and nuclear company Kazatomprom plans to produce 19,250 tU in 2020, i.e. 16% less than in 2019, when it produced 22,808 tU. In February 2020, the company had announced that its 2020 output would remain at about 22,750-22,800 tU. However, the 4-month shutdown of its uranium mines due to the COVID-19 pandemic and uncertainties over the impacts of the crisis prompted the company to revise its production estimates downward.
06
Aug
Global offshore wind capacity will surge to over 234 GW by 2030
According to the Global Wind Energy Council (GWEC), through 2030, more than 205 GW of new offshore wind capacity will be added globally – a 15 GW increase from last year’s outlook – spurred by declining technology costs, ambitious polices, and international commitments to decarbonisation. The global offshore wind capacity would then surge from 29 GW in 2019 to 234 GW in 2030, including at least 6 GW of floating offshore wind installed globally by 2030
More news
EnerFuture: Global Energy Forecasts
EnerFuture provides energy projections up to 2050. Our service offers clear insight into the future of energy demand, prices and GHG emissions.
More informationMACC: Marginal Abatement Cost Curves
Enerdata's long-term MACC allow you to gain unique insight and comprehensive data from the globally recognised POLES model.
More informationThe Enerdata EnerOutlook is a proprietary application. Neither the EnerOutlook nor its integrated data set shall be published or sold.
