FLAGSHIP PROJECTS
Our main flagship projects
On account of its different business lines, Iberdrola group is currently working on the construction of various projects which have become veritable milestones for their size and commitment to innovation.
RENEWABLE BUSINESS
![Offshore wind power.]()
OFFSHORE WIND POWER
Offshore wind energy is a renewable, inexhaustible and non-polluting source of energy obtained by harnessing the force of the wind that occurs at sea.
East Anglia Hub offshore wind complex
Comprising East Anglia ONE North, East Anglia TWO and East Anglia THREE, this 3,100 MW hub will be the biggest offshore project to date undertaken by Iberdrola.
Saint-Brieuc offshore wind farm
Our first big offshore wind project in Brittany, France, will have installed power of 496 MW.
Vineyard Wind offshore wind farm
Located off the coast of Massachusetts (USA), it will have an installed capacity of 800 MW and will supply over 400,000 homes.
Baltic Eagle offshore wind farm
This new 476 MW facility is our second flagship project in Baltic waters.
![Onshore wind energy.]()
ONSHORE WIND ENERGY
Onshore wind energy is a renewable, inexhaustible and non-polluting source of energy obtained by transforming the kinetic energy in the wind that blows on land into electricity.
Oitis onshore wind farm complex
Consisting of 12 wind farms, it will have a installed capacity of 566.5 MW and will be our largest onshore wind farm project in Latin America.
Paraíba onshore wind farm complex
Its 18 wind farms will add a total installed capacity of more than 565 MW, after its entry into operation in 2022/2023.
Port Augusta Project
This installation, which will include a wind farm and a photovoltaic plant with a total capacity of 320 MW, will be Iberdrola's first large-scale renewable energy development in Australia.
HYDROELECTRIC POWER
Hydroelectric energy takes advantage of the force of water when it falls down a slope or waterfall. It is a renewable, emission-free and locally-produced source of generation.
Tâmega giga battery
Formed by the Gouvães, Daivões and Alto Tâmega plants, this 1,158 MW complex is one of the biggest energetic projects in Portugal's history.
![Photovoltaic energy.]()
PHOTOVOLTAIC ENERGY
Photovoltaic solar energy is obtained by converting sunlight into electricity using a technology based on the photoelectric effect. It is a type of renewable, inexhaustible and non-polluting energy.
Francisco Pizarro photovoltaic plant
With its 590 MWp of installed capacity, it will provide clean energy to 375,000 people a year and will be the largest photovoltaic plant in Europe.
Ceclavín photovoltaic plant
With an investment of €250 million, our third photovoltaic plant in Extremadura will have a total installed capacity of 328 megawatts.
Ciudad Rodrigo photovoltaic plant
The Ciudad Rodrigo photovoltaic plant (300 MW) will consist of 826,200 solar panels and will generate up to 800 jobs in the peak period.
Lund Hill photovoltaic plant
Located in Klickitat (Washington) and with a installed capacity of 150 MW, the new facility will be the state's biggest solar project once it is commissioned in 2020.
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GREEN HYDROGEN
This technology is based on the generation of hydrogen through a chemical process known as electrolysis. This method uses an electrical current to separate the hydrogen from the oxygen in water.
Puertollano Green Hydrogen Plant
It will consist of a 100 MW photovoltaic plant, a lithium-ion battery system (20 MWh) and one of the largest electrolytic hydrogen production systems in the world (20 MW).
NETWORKS BUSINESS
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TRANSMISSION OF RENEWABLE ENERGIES
Iberdrola is undertaking large-scale projects to transfer 100 % renewable energy over hundreds of kilometres. The new lines will be suspended from pylons or subterranean or even submarine.
New England Clean Energy Connect (NECEC)
The new transmission line between Quebec and Maine will supply 100 % renewable hydroelectric energy to 1.2 million homes in the New England region.
WHOLESALE AND RETAIL BUSINESS
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COMBINED CYCLE
Combined cycle power plants convert the thermal energy derived from a fuel into electricity by means of two thermodynamic cycles: that of a gas turbine — usually natural gas — and that of a steam turbine. This technology allows more electricity to be generated with a reduced environmental impact.
Combined cycle plants in Mexico
We are developing four new combined cycle plants that will total an installed capacity of 3,434 MW.
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SMART SOLUTIONS
The company offers products and services oriented to improving efficiency and energy saving. These are solutions that enable smart consumption in homes and encourage the purchase of green energy through digital tools.
Continuous innovation in products and services
Our products and services are based on digitalization, personalization and service excellence.
MAIN OPERATIONAL PROJECTS
East Anglia ONE offshore wind farm
Its 714 MW installed capacity will provide renewable power to 630,000 British homes and makes it one of the biggest offshore wind farms in the world.
Wikinger offshore wind farm
Set in the Baltic Sea, this offshore wind farm supplies 350 MW of capacity to the German electricity network and covers demand from 350,000 homes.
Cavar onshore wind farm complex
Located between Cadreita and Valtierra in Navarre (Spain), it is made up of four wind farms with a total installed capacity of 111 MW.
El Cabo and Amazon US East wind farms
Between the two of them, these onshore wind farms supply renewable energy to nearly 1.5 million homes in the United States.
Baixo Iguaçu hydroelectric power plant
It has an installed capacity of more than 350 MW and supplies renewable energy to one million people.
Núñez de Balboa photovoltaic plant
With 500 MW of installed capacity, this plant at Usagre in Badajoz province (Spain) will supply clean energy to 250,000 people.
Photovoltaic power stations of Santiago and Hermosillo
With a total capacity of 300 MW, these photovoltaic plants demonstrate our commitment to renewable energy in Mexico.
STAR Project
We have installed more than 10.8 digital meters in Spain and equipped 90,000 substations with remote management and automation capabilities.
Western Link
We have built the longest underwater interconnection in the world between Scotland, England and Wales: the high-voltage cable is 850 kilometres long.
