We are 20 years ahead of the current energy transition

Iberdrola group is committed to a clean, reliable and smart business model that replaces polluting sources of energy with clean ones and intensifies the necessary decarbonisation and electrification of the world economy. A vision that has enabled us to gain 20 years on the current energy transition.

The fight against climate change is one of the biggest challenges humanity must face in the 21st century and we all need to be involved in the process of moving toward a decarbonised economy, based on renewable energies. The minimum target of 32 % renewable energy by 2030, set by the European Parliament and the Council in the Renewables Directive, is achievable. However, it will only be possible in an economic scenario with high levels of decarbonisation and electrification of the economy, using non-fossil fuels in niches that are difficult to electrify.

It boosts energy efficiency.
It improves air quality.
It promotes the industrial
job creation.
It boots the roll-out
of renewable energies.
It helps reduce energy
on oil and gas.
It promotes the sustainable development.
It encourages a substantial and
structural reduction in electricity
prices and volatility.
It lessens
CO2 emissions
and helps to combat
climate change.
It generates bigger profits
for the companies that
introduce it.
It speeds up the
digitalisation of the
energy sector.



Iberdrola group is committed to leading the energy transition, a task that it began 20 years ago, and in which it has invested €100 bn since then, making it the world leader in renewables. These investments, targeted at the electrification of the economy, innovation and technological advances as well as greater connectivity for the consumer, will exceed €10 bn in 2020 — 40 % up on the average for the last three years — and will translate into up to 4,000 new MW of installed capacity — an increase of 8 %. Iberdrola has installed around 1,600 megawatts (MW) of capacity in the first half of 2020 and over 4,900 MW in 2019. To this investment effort, 7,500 MW may be added that are currently under construction.

Ignacio Galán, Iberdrola group chairman

The strategic vision and the company's capacity for delivery have enabled us to gain 20 years on the current energy transition

Electricity is fundamental to the decarbonisation of energy use through renewable energy to create a sustainable and efficient energy framework. Electricity is the energy vector that allows a greater contribution from clean energy sources, whilst at the same time dramatically improving the overall efficiency of the energy system.

This commitment by Iberdrola to a decarbonised future is based as much on its current experience as a world leader in renewable energy as on a profound analysis of current technologies and their possible future evolution, driving innovation and internal research on energy prospects in the different areas in which it operates and collaborating with renowned international institutions such as the International Energy Agency.

 2050 Holistic & Efficient Roadmap for a Zero-Emissions EU Energy Study [PDF]



Transport is responsible for a quarter of CO2 emissions at the global level and for the majority of city pollution. A highly effective way to solve both problems, which have a common origin, is to electrify transport through electric vehicles, thereby improving energy use by increasing efficiency.

Iberdrola is committed to transport electrification, having rolled out an ambitious Sustainable Mobility Plan. It has also been the first Spanish business to subscribe to The Climate Group's EV100 initiative committing it to electrify its entire fleet in Spain and the United Kingdom by 2030.


Another important element is the decarbonisation of energy in buildings through the promotion of self-consumption and the use of heat pumps, for which Iberdrola is also analysing future trends. Iberdrola is working with a number of institutions, such as the Oxford Institute for Energy Studies to analyse all the possible decarbonisation solutions and trends in the electricity sector to keep informed and work on solutions.


In this progress towards a sustainable future, in line with the Paris Agreement, the group has assumed its own decarbonisation commitments: the company has set itself a target to reduce total Greenhouse Gas Emissions by 2030 compared to 2017 levels and to be carbon neutral by 2050 at global level. Currently, our CO2 emissions remain two thirds below those of our European competitors.

Also, always in line with the objective of creating a decarbonised energy sector, Iberdrola collaborates with various international alliances, with public and private participation, which aim to accelerate the energy transition to facilitate robust and sustainable economic growth, as is the case with the Energy Transitions Commission and the Joint Program on the Science and Policy of Global Change from the Massachusetts Institute of Technology (MIT).

In addition, the group's chairman, Ignacio Galán, has signed up to a manifesto — involving more than 150 executives and investors — to urge the leaders of the European Union to support the ambitious goals set out in the European Green Deal and reduce greenhouse gas emissions by at least 55 % by 2030.

This commitment to reducing emissions and driving the decarbonisation of the economy by promoting clean energy has led S&P Platts to recognise Iberdrola with the Energy Transition award, the only award not subject to nomination and based on an objective independent study.

Iberdrola is leading the energy transition towards a sustainable model through its investments in renewable energy, smart grids, large-scale energy storage and digital transformation in order to offer its customers the most advanced products and services.


Greater use of renewable energy has a key role to play in the commitment to an environment free from emissions. Its mass deployment will allow for a reduction in emissions, but that will not be its only benefit: it will generate and sustain quality employment and increase the industry's competitiveness. "Our fight against climate change, far from being a problem, is an opportunity", said Iberdrola group chairman, Ignacio Galán, during the 2019 Climate Action Summit, held in New York on 23 September.

Galán explained that "for Iberdrola, the energy transition started 20 years ago", when the company pioneered investments in renewable energy sources. Since that time, "we have shown that doing things in a way that respects the environment does not hurt shareholders nor workers, but benefits society", he told.

Iberdrola is a global energy leader and the first producer of wind energy in Europe. At the close of the first half of 2020, Iberdrola had 53,104 MW (megawatts) of installed capacity, of which 78 % of the total corresponds to zero-emission technology. Iberdrola already generates 100 % of its energy with zero emissions in countries including the UK, Germany and Portugal. In addition, during 2020, we will continue to strengthen our position in other markets such as Italy and Greece and we are continuing with our strategy to create growth platforms for renewable energy in new markets by carrying out corporate operations in Australia, Sweden and France.

The company is also working to promote innovation and make the most of the potential presented by green hydrogen (a perfect alternative that reduces emissions and takes care of the planet). Iberdrola is working with Fertiberia to develop the largest green hydrogen plant for industrial use in Europe using 100 % renewable electricity.

 Renewable energy - the key in the fight against climate change

Iberdrola's participation in the global climate agenda. Learn more.


The crisis caused by the Covid-19 pandemic has resulted in different voices proposing to push the transition to a neutral, sustainable, resilient and inclusive socio-economic model. Iberdrola is fully committed to this Green Recovery, a future towards which it has been working for 20 years.

Green Recovery.

'Green Recovery'

In the face of the Covid-19 crisis, voices are being heard that propose taking this opportunity to drive the transition towards a neutral, resilient and sustainable socio-economic model.
Green recovery measures.

Green recovery measures

An increasing number of governments, organisations and businesses are backing a green recovery in the wake of Covid-19.
European Green Deal.

European Green Deal

The Green New Deal is a movement that seeks to save the planet for generations to come, based on sustainable growth.
Decarbonising with renewables.

Decarbonising with renewables

To decarbonise the European economy between now and 2050 the keys will be the electrification of transportation and domestic heating, and the generation of electricity from renewable sources.
Green transformation.

We are committed to the green transformation

The company is continuing the process to close all its coal-fired power stations and has put forward green transformation plans for the areas in which its two remaining operational plants are located.
Green hydrogen.

Green hydrogen

The decarbonisation of the planet is one of the objectives that all the countries across the world have set themselves in the run up to 2050. Green hydrogen is one of the keys to achieving this.
Green bonds.

What are green bonds and what are they for?

This is a type of loan issued by public or private institutions that commits the use of the funds obtained to environmental use.
Circular economy.

The circular economy, at the foundation

The group bases its sustainable business model on emissions reduction, efficiency improvements and resource optimisation.
Rapid and ecological growth.

Rapid and ecological growth

In an exclusive article for SHAPES, Erik Solheim, former Executive Director of PNUMA, argues that, "for the first time, a new green development model is possible."
Carbon footprint.

What is a carbon footprint and why is reducing it essential?

The total volume of greenhouse gases produced by the economic and everyday activities undertaken by the human race can be represented as its carbon footprint.
Committed to the SDGs.

Committed to the SDGs

At Iberdrola, we have built the UN Sustainable Development Goals into our business strategy.
2030 Agenda.

What is the 2030 Agenda?

All the UN member states have adopted the 2030 Agenda for Sustainable Development - an action plan for the benefit of people and for the planet, encompassing the 17 SDGs.


The energy transition requires significant investments in the modernisation, digitisation and automation of networks to ensure an efficient, safe and reliable transition. New network equipment, software, IT applications and advanced communication systems will all need to be developed. The need for these technology solutions brings about investment in R&D, innovation and knowledge. It also contributes to the creation of an industrial framework which can also be exported, generating even more value.

The Iberdrola group is now a world leader in network efficiency and smart meter following its deployment of one of the world's most advanced smart grids in Spain, Brazil, the US and the UK.

 Smart meters installed by Iberdrola [PDF]


The company is a leader in energy storage with a capacity of 4,500 MW installed using pump technology, the most efficient energy storage method currently available, as it does not release any polluting emissions into the atmosphere and performs much better than the best batteries on the market.

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Iberdrola currently has five battery storage projects: three in Spain (the most important of which is Caravaca de la Cruz in Murcia — a first for Spain —, with 3 MWh capacity, as well as the one at Iberdrola Campus in Madrid, and SAGER, in Vitoria); one in the United States (Oregon), and one more in Brazil (Noronha).

In addition, the new facility to be opened in Puertollano (Ciudad Real) will also have a battery system with a rated power of 5 MW and a 20 MWh storage capacity.

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As part of this necessary energy transition process, Iberdrola has also committed to digitisation, setting aside nearly €5 billion in the run up to 2022 to implement innovative projects based on data analytics and Artificial Intelligence.

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This strategy puts the customer at the forefront of every activity: networks are getting smarter and are able to adapt to new consumer needs and habits to achieve more efficiency and connectivity for customers. The digitalisation of the grid, i.e. having an infrastructure that carries electricity and data, facilitates the integration of distributed renewable energy, more active network management and the future mainstreaming of electric vehicles. Iberdrola will play a decisive role in the roll-out of the latter in Spain with the implementation of the 'Smart Mobility' Plan, which features the launch of the new Iberdrola Public Charge App for booking charging stations in Iberdrola's recharging network and the launch of the 'Smart Mobility Hogar' App, designed for controlling the charging of household equipment.

The transition toward a sustainable future will require a massive effort by all those involved, and the Iberdrola group will continue the path it started 20 years ago, a strategy which is fully aligned with Sustainable Development Goal 13 (Climate Action).

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All the information about


Global energy transition index

The Energy Transition Index (ETI) is a global ranking planned to enable political decision-makers and companies to plot the way for the called energy transition. This index incorporates macroeconomic, institutional, social, and geopolitical considerations that provide enabling conditions for an effective energy transition.

Can the energy sector thrive on 100 % renewable energy?

To meet a growing global demand for energy and the imperative need to halt climate change, renewables are now established as the best and more economical option for the future of the energy sector. Driven by a firm commitment and as pioneer in renewable energies, Iberdrola group is in an unbeatable position to address the energy transition, descarbonisation and the electrification of the economy.

The company is also working to promote innovation and has launched the a major green hydrogen project in Europe, with the construction of the largest plant to produce green hydrogen for industrial use in Europe from 100 % renewable electricity. The project will help move forward in maturing the technology for green hydrogen production and turn it into a solution for efficient decarbonisation in the medium term, both for the industry that uses it as a raw material and for processes that are difficult to electrify.

In spite of these great efforts, converting the entire world to 100 % renewable energy by 2050 requires political support.

What is the future of renewable energy?

The future of energy is green. The world's population is projected to reach 9.7 billion by 2050 and could peak at nearly 11 billion around 2100. That is 2 billion more people in the next 30 years, from the 7.7 billion in 2018. Two thirds of them live in cities and living standards are improving as emerging countries join the global middle class.

This population and economic growth drives an increase by almost 50 % of the world energy consumption between 2018 and 2050, according to the International Energy Outlook 2019 Reference case, issued by the U.S. Energy Information Administration. This increase in demand cannot be satisfied by fossil fuels without exceeding planet boundaries. In such a scenario, it is crucial to opt for safer, more plentiful and less environmentally damaging sources of energy. Renewables meet all three requirements and are becoming the most economically competitive option compared with other conventional generation sources.

Will renewable energies replace fossil fuels?

According to the Renewable Capacity Statistics 2020, renewable sources added the most capacity to the overall energy mix in 2019, in fact, 72 % of the new capacity installed during the year was renewable. So, at the end of 2019, renewable capacity grew to 2,537 gigawatts (GW) worldwide, doubling the capacity that existed a decade ago.

As electricity increases its share in the world energy system, renewables are expected to continue increasing their share in the global energy mix. Prior to the Coronavirus crisis, the World Energy Outlook 2019 of the International Energy Agency already anticipated that progressive electrification will be based on renewable energy. By 2040, wind and solar become the top two sources of power generation and by 2050 the power sector is mostly decarbonized. In terms of final energy use, by 2050, low carbon technologies, most of which are renewables, but also nuclear and technologies based on carbon capture, utilisation and storage (CCUS), support well over half of global energy demand, from less than 20 % today, a reversal of the stable share of fossil fuels at over 80 % for the past three decades.

How do fossil fuels contribute to global warming?

The main difference between renewable and non-renewable energy sources is that the former can produce energy indefinitely without emitting any gases or pollution because these sources will never run out or renew themselves within a short period, while non-renewable energy reserves are limited because they run out when used or regenerate extremely slowly and they emit greenhouse gases (such as carbon dioxide or methane) as well as other air pollutants coming out from their combustion processes.

This has meant that the concentration of greenhouse gases in the atmosphere, which help to retain heat so that our planet is habitable, has increased exponentially since the beginning of the last century, when, without human action, nature was responsible for balancing emissions. As the atmospheric concentration of these greenhouse gases increases, mainly due to the growth in the burning of fossil fuels (which represent around two thirds of global CO2 emissions), the amount of infrared radiation accumulated by the earth that contributes to the increase in the greenhouse effect is increased, and therefore the temperature of the entire planet rises, which is linked to other changes in the earth system. This current climatic alteration of anthropogenic origin is what is known as "climate change".

What is the future of electric cars?

Over recent years, technological evolution and cost reduction in renewable power generation technologies as well as batteries for electric mobility, are enabling electric vehicles to become cost competitive with internal combustion engines at very rapid pace, decarbonising the transport sector. As part of its commitment to sustainability and the environment, and as an effective means of combatting climate change, Iberdrola is driving and leading the transition to sustainable mobility and electrification of transport.

Electric vehicles are, therefore, the most effective way to transform transportation, resulting in the reduction in both CO2 emissions and air pollution. It is therefore necessary to implement a European-wide strategy that will facilitate large-scale developments of electric vehicles, promoting zero-emissions transport.

Is renewable energy sustainable in the long term?

There are numerous types of renewable energy with numerous benefits such as:

1. Environmentally friendly as they don't emit greenhouse gases nor air pollution

2. Limitless: we obtain them from inexhaustible or rapidly regenerating natural resources, so they can be used indefinitely and without limit.

3. Safe: they do not entail additional hazards, and they are relatively simple to dismantle, at the end of the facility's useful life.

4. They promote energy independence.

5. They create jobs and boost the local economy: renewable facilities are labour-intensive to build, maintain and operate, which creates jobs and stimulates the national economy. According to IRENA, the contribution of activities linked to the energy transition to employment is higher than those of sectors based on fossil fuels, since renewable energies or energy efficiency generate almost 3 times more employment (direct and indirect) than the oil and coal sectors, (7,49- 7.72 vs. 2.65 jobs/M$). Therefore, these represent far-sighted investment amid the crisis set off by the COVID-19 pandemic.