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The Carbon Trust believes that offshore wind power has the potential to supply 25% of the UK's electricity by 2020. To help make this happen, the Carbon Trust launched the Offshore Wind Accelerator, a ground-breaking research and development initiative. From 2003 to 2009 some 350 offshore wind turbines have been built at the rate of one every 11 days. They currently deliver about 1GW, whereas about 29GW will be required to hit the EU's renewable target for 2020. To achieve this, a further 6,000 turbines must be built at the rate of one a day from 2010 to 2016, rising to 2.5 a day from 2017 to 2020. They will be bigger and more complicated to install, standing in up to 60m of water, in some cases more than 200km from shore.

Renewable energy source from wind. Interesting read.

The 600MW Gemini offshore wind farm, which is being developed in the Dutch part of the North Sea, approximately 85km off the coast of Groningen, is expected to be one of the world's biggest offshore wind farms. Northland Power, Siemens, HCV...

Electricity has begun to flow at Hornsea 1, a wind array that will become the world's biggest offshore wind farm off the coast of the UK. This milestone makes the UK's offshore wind sector arguably the best in the world, and with significant investment recently announced it looks set to maintain that position.

The 115MW El Arrayán wind power plant will be the largest wind energy facility in Chile once complete. Located about 400km north of Santiago in the coastal zone of Ovalle, the project was developed by Parque Eolico El Arrayan, a joint venture between Pattern Energy and Antofagasta Minerals.

Following the Fukushima Daiichi nuclear disaster, Japan has struggled as many of its nuclear power plants remain off the grid, forcing the country to turn to expensive foreign gas imports. A new report however by Wood Mackenzie highlights the potential wind power has for transforming the Japanese energy mix. Could a great leap see Japan become a wind powerhouse?

The year 2013 witnessed some significant milestones in renewable power generation and transmission, inculding the opening of some of the world's biggest wind, solar and bio-gasification plants. Power-technology.com picks the ten biggest clean energy developments from 2013.

The year 2013 witnessed some significant milestones in renewable power generation and transmission, inculding the opening of some of the world's biggest wind, solar and bio-gasification plants. Power-technology.com picks the ten biggest clean energy developments from 2013. The London Array, the world's biggest offshore wind farm, at 630MW installed capacity was opened in July 2013.

The G9 Offshore Wind Health and Safety Association, along with the Energy Institute, has published its first annual incident data report, providing a comprehensive look at health and safety in the offshore wind industry.

The US is the second largest producer of wind energy in the world, but output by state varies by factors including size, climate and policy. What are the top ten US states by wind energy capacity

Offshore wind could be described as the younger sibling of onshore wind, with the first offshore windfarm being completed off the coast of Denmark 1991. In countries such as the US, offshore wind is almost non-existent at the moment , but offshore wind is particularly strong in the UK and Europe, with 1.9GW being installed on the continent in the first half of 2019.

Global Tech I (GTI) is a 400MW offshore wind farm being built in the North Sea in Germany. It is situated in the German Exclusive Economic Zone (EEZ), 180km away from the Bremerhaven Emden in the north-west.

Mill Creek onshore wind farm is a 60MW renewable power project being built in Ohariu Valley near Wellington, New Zealand. Construction started in January 2013 and commercial operation started in September 2014.

The Fukushima floating offshore wind farm demonstration project (Fukushima FORWARD) serves as a symbol of Fukushima's recovery from the nuclear disaster caused by the earthquake and tsunami in 2011.

With the UK going coal-free for a record-breaking 90 hours over the weekend, energy sources such as solar and onshore wind now play a key role in generating electricity. However, with the urgent need for new energy sources to replace the 60% of the electricity produced worldwide by fossil fuel combustion, it has become necessary to look further afield to alternative energy sources.

Sports stadiums around the world are turning green, adopting solar and wind technology to improve their cities and win over fans

The perennial argument for maintaining significant fossil fuel capacity is this: when the wind doesn't blow, and the sun doesn't shine, and the mercury drops low enough that the whole country simultaneously dials up the thermostat, then renewables on their own are not enough to keep the lights on