Humber Gateway
Site Statistics
Humber Gateway Offshore Wind Farm
| Location | 8km off the Holderness coast, East Riding of Yorkshire |
| Total power | 300MW |
| Project scope | 42 to 83 turbines |
Through our subsidiary company Humber Wind Limited, we've submitted a planning application to build Humber Gateway Offshore Wind Farm off the Holderness coast of East Yorkshire.
With a capacity of 300MW, the proposed project would produce enough clean, renewable energy to power up to 195,000 homes (1), or more than one and a half times the number of homes in Hull.
The wind farm, which would have up to 83 turbines, could displace up to 395,000 tonnes of carbon dioxide every year(2)- the equivalent of taking around 110,000 cars off Britain's roads.The scheme will also provide employment and contract opportunities during construction and operation in the East Riding of Yorkshire and North Lincolnshire.
E.ON Development Manager for the project, Vaughan Weighill, said:
"If approved, this wind farm will be one of the biggest in the UK and will play a vital role in the fight against climate change.
It will displace the emission of hundreds of thousands of tonnes of carbon dioxide every year and will ensure that East Yorkshire makes a significant contribution to helping the Government meet its tough renewable energy targets".
Click here to view the national press release (PDF, 37.9KB)
Click here to view the local press release (PDF, 110KB)
In April 2008, we submitted an Environmental Statement for the offshore components and onshore cable route. An Environmental Statement was submitted in November 2009 for the onshore substation and cable spur.
Click here to view the non-technical summary of the offshore environmental statement and onshore cable route (PDF, 3MB)
Click here to view the non-technical summary of the onshore substation and cable spur environmental statement (PDF, 2.5MB)
(1) Based on an average annual domestic household consumption of 4,725 kWh (source, BERR)
(2) The carbon dioxide savings are current estimates based on the predicted energy yield from site wind measurements and the fact that every unit of wind energy generated displaces conventional carbon-based generation in the UK energy mix.
