Our facilities
We surpassed 42,000 MW of renewable energy and consolidate our position as one of the cleanest companies in the world
We will close the 2023 financial year with 42,187 MW of green installed capacity. In the last 12 months we have added more than 3,250 new renewable MW, representing almost 8% of the 2022 capacity. Thanks to their production, which is close to 80,000 million clean kWh - 6.3% more than the previous year - we have saved nearly 14 million tonnes of CO₂ from being released into the atmosphere.
We continue to make progress in our fight for decarbonisation, as the only way to have a more sustainable planet. As a result, our renewable energy production stood at 79,549 GWh at the end of 2023, according to the 2023 figures presented on 22 February.
This growth in renewable energy production was led by wind energy, reaching 22,676 MW installed at the end of the year, after incorporating 655 new MW of onshore wind power and connecting a new offshore wind farm in France (Saint-Brieuc) to the grid. Also noteworthy is the increase in our hydroelectric storage capacity, reaching 100 million kWh of storage after the 160 MW corresponding to the last dam of the Alto Támega complex (Portugal).
Installed capacity. Net production and Other data at 2023.
(*) Note: Total MW under management. For operational purposes IFRS 11 is not being applied.
About the Iberdrola Group capacity map
The Iberdrola facility map is an interactive way of viewing the company's main global operating data: the installed capacity of each technology, net electricity production and other data including distributed power, supply points and the group's customers in all the countries in which we operate.
The information on this map is updated every quarter, based on the results for the period, and it breaks down the installed capacity in each country and region according to the electricity generation technologies operated by the group: renewables (onshore wind, offshore wind, hydroelectric, mini-hydraulic, battery storage, solar and others); nuclear; combined cycle and cogeneration.