Our facilities

Our distributed electricity grows by 5.8% to September 2026, reaching 206,947 GWh

In the first nine months of the year, distributed electricity grows by 22.8% in the UK thanks to higher demand and the positive impact of the integration of Manchester-based distribution company Electricity North West.

Installed capacity and Net production 2026 9M.
(*) Total MW under management. For operational purposes IFRS 11 is not being applied.

We closed the first nine months of 2026 with a total of 206,947 gigawatt-hours (GWh) of distributed electricity, according to the latest figures published in the energy balance [PDF]. This strong performance is due to growth in electricity demand across all the areas where the company operates, particularly in the UK, where it increased by 22.8% following the integration of Manchester-based distribution company Electricity North West.

Electricity demand continued to accelerate in the third quarter of the year thanks to electrification, with distributed electricity increasing by 4.8% in Spain and 6.9% in Brazil between July and September.

In terms of generation capacity, Iberdrola reached 57,205 megawatts (MW), an increase of 2,352 MW compared with the previous period. By technology, offshore wind stands out, with an additional 511 MW (+20.9%). Solar energy also recorded growth, adding 957 MW (+12.2%), as did battery storage capacity, which increased by 235 MW (+46.9%).

About the Iberdrola Group capacity map

The Iberdrola facilities map provides an interactive overview of the company's main operational data worldwide. The information is updated quarterly based on period results and includes a breakdown of installed capacity and generation in each country and region according to the electricity generation technologies within the Group: renewables (onshore wind, offshore wind, hydroelectric, small hydroelectric, battery storage, solar and other technologies), nuclear, combined cycle and cogeneration.

Our energy model

At Iberdrola, we are driving forward an electrified energy model based on electricity transmission and distribution networks, electricity generation from renewable sources and efficient storage, enabling us to provide a secure, self-sufficient and competitive energy supply.

This model creates value for people and the environment, and helps us move towards sustainable electrification capable of addressing the key economic, social and environmental challenges of today and tomorrow.