Ignore the Bluster – Wind Farm Power is Effective

Press Release
Friday, August 31, 2012

A UK Institute for Public Policy Research (IPPR) research paper dismisses illusions about wind power as an energy resource.

Much opposition to wind power appears to be based on the belief that it is an ineffective technology, inefficient or unreliable. This claim is untrue and it is important to get ‘beyond the bluster’ in assessing the effectiveness of wind power.

The report addresses two commonly held misconceptions around two important, often misunderstood, questions:

    •    Is wind power an effective way of reducing carbon emissions?
    •    Is wind power a secure and reliable source of energy for the UK?

It shows unequivocally that wind power can significantly reduce carbon emissions, is reliable, poses no threat to energy security, and is technically capable of providing a significant proportion of the UK’s electricity supply with minimal impact on the existing operation of the grid.

The conclusions of the report note that:
    •    It is inaccurate to describe the output from wind power as ‘unpredictable’.
    •    In the short term, wind power output is remarkably stable and increases and decreases only very slowly.
    •    The risks associated with ‘long, cold, calm spells’ have been overstated.
    •    In the UK, National Grid has reported that up to 30GW of wind power can be accommodated even if no changes are made to the way that the electricity system functions.
    •    In the longer term, there are numerous technological options to facilitate much greater amounts of wind power – such as improved interconnection with other countries and intelligent management of supply and demand through a ‘smart grid’.
    •    For these reasons the authors conclude that wind power can play a major role in a secure and reliable future electricity system.

IPPR has worked with GL Garrad Hassan, a leading renewable energy consultancy, to produce this report, and the findings have been reviewed by a leading academic. The paper features a foreword by Reg Platt of IPPR, and a technical report by Oscar Fitch-Roy and Paul Gardner of GL Garrad Hassan.


 

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