-
-
Energy and Climate Databases
- The most comprehensive and up-to-date annual energy database.
- Monitoring of technology providers in H2 supply chain.
- Monthly energy data on key energy markets.
- The most reliable and up-to-date power generation database.
- The essentials of LNG trade at your fingertips.
- Global monitoring of new and existing refineries.
- Analyse energy consumption and efficiency trends at world level. Benchmark countries.
- Have your database developed by a recognised expert of both energy and IT.
-
Energy - Climate Forecasts
- Instant access to energy and emissions forecasts.
- Strategic, annual wholesale price projections backed by Enerdata's energy modelling expertise and our globally recognised POLES model.
- GHG Marginal Abatement Cost Curves.
- Unique, independent projections of consumption by end-use.
- Benefit from proven models to draw your own energy scenarios and anticipate tomorrow’s challenges.
-
Market Intelligence
- Insightful and customisable country reports.
- Global energy news and analyses curated daily.
- Your customised energy and climate watch, designed and operated by energy experts.
-
-
-
Market Analysis
- Understanding key consumption trends and drivers across sectors.
- Granular and exclusive insight to address the most pressing business and strategic issues.
- Expertise in strategic and business intelligence, with fine-tuning to the market’s specificities.
-
Energy - Climate Scenarios
- Providing the outlook of an energy commodity in mid to long term time horizons.
- Sector and driver specific energy demand forecasting.
- Assess the evolution of energy prices on the international and regional markets, as well as end-users prices.
- Enerdata guides you through pathways to reach climate targets.
- Supporting local authorities in their decarbonisation strategies.
-
Climate Strategy and Policy Evaluation
- Cutting-edge quantitative tools and relevant indicators to monitor and evaluate evolutions on worldwide energy markets.
- Analysis of the most cost-effective options to reduce emissions.
- Quantified simulation and analysis of pledges for climate change negotiations.
- Breakdown and analysis of carbon markets.
- Enerdata guides you on the most beneficial policy or investment options.
- Turning climate objectives into concrete action plans.
-
Training
- Understand different policy targets and measures on energy efficiency.
- How to measure energy savings?
- Energy Forecasting is a 2 days training to learn to design and interpret energy forecasts.
- Energy statistics training allowing to create energy balance with supply, transformation and consumption and understanding the international energy statistics regulations.
- Initiation to EnerMED level 1is the training to approach on the most powerful energy demand forecasting model.
-
-
Resource Centre
Côte d'Ivoire Key Figures
- Population:
- 26.4 million
- GDP growth rate:
- 1.80 %/year
- Energy independence:
- 93.7%
Data of the last year available: 2020
- Total consumption/GDP:*
- 54.5 (2005=100)
- CO2 Emissions:
- 0.41 tCO2/capita
- Rate of T&D power losses:
- 21.4%
* at purchasing power parity
View all macro and energy indicators in the Côte d'Ivoire energy report
Côte d'Ivoire Related News
View all news, archive your new and create your own daily newsletters only on your topics/countries of interest with Key Energy Intelligence
Côte d'Ivoire Related Research
Benefit from up to 2 000 up-to-date data series for 186 countries in Global Energy & CO2 data
A data overview is available in the global energy statistics app
Total Energy Consumption
Energy consumption per inhabitant was around 0.41 toe in 2020 (-15% since 2013), which is higher than in Senegal (0.27 toe) and Ghana (0.39 toe), but lower than in Nigeria (0.79 toe). Per capita electricity consumption has increased by 27% since 2013 to 291 kWh, which is higher than in Nigeria (140 kWh) and Senegal (275 kWh), but much lower than in Ghana (485 kWh).
Total energy consumption increased rapidly from 2011 to 2014 (around 7%/year). Since 2015, the progression has been slower (2.2%/year).
Interactive Chart Côte d'Ivoire Total Energy Consumption
Benefit from up to 2 000 up-to-date data series for 186 countries in Global Energy & CO2 data
View the detailed fondamentals of the market at country level (graphs, tables, analysis) in the Côte d'Ivoire energy report
Crude Oil Production
In 2020, crude oil production dropped to 1.5 Mt (-17%). Previously, it had been growing very rapidly (14%/year), to reach 1.8 Mt in 2019. Most of Ivory Coast's oil is produced from the CI-40 block (Baobab) with 21 kb/d in 2020 (-21%, 72% of total output). The drastic decrease in the Baobab field was due to the COVID-19 pandemic and the depletion of the field.
Interactive Chart Côte d'Ivoire Crude Oil Production
Benefit from up to 2 000 up-to-date data series for 186 countries in Global Energy & CO2 data
Additionally, for more detailed information on refineries, you can request a sample of our EMEA Refineries Dataset
Renewable in % Electricity Production
According to its updated NDC (2021), the country seeks to reach a 45% share of renewables in the electricity mix (37% in 2020, all from hydro).
There are currently no feed-in tariffs. The power purchase agreements are signed between the government and the promoter after a call for tenders or detailed feasibility studies under an MoU.
Interactive Chart Côte d'Ivoire Share of Renewables in Electricity Production (incl hydro)
Benefit from up to 2 000 up-to-date data series for 186 countries in Global Energy & CO2 data
CO2 Fuel Combustion/CO2 Emissions
In its updated NDC (October 2021), the GHG emission reduction target was raised from 28% to 30% in 2030, compared to a BAU scenario. The objective corresponds to a reduction of around 37 MtCO2eq in 2030 (compared to 9 MtCO2eq in the first NDC). Reduction efforts will focus on reforestation, phasing-out coal generation, and improving energy efficiency in buildings.
Since 2012, CO2 emissions from energy combustion increased by almost 4%/year. This is partly due to thermal power generation.
Graph: CO2-ENERGY EMISSIONS (MtCO2)