Using a purpose-built, multi-sectoral energy-economy-environmental model we evaluate the economic and environmental impact of a reduction in the levelized costs of offshore wind energy generation in the UK. Our modelling approach suggests that in order to significantly increase the offshore wind capacity in the UK the required fall in the generation cost should be larger than expected and certainly bigger than that implied by the most recent cost projections developed by the UK Department of Energy and Climate Change (DECC). Potential expansion of the offshore wind sector in the UK crucially depends on the price sensitivity of the energy supply sector and on agent's expectations. Only in our more optimistic scenario do we reach DECC's ambit...
In order to reduce the cost of energy per MWh in wind energy sector and support investment decisions...
The Scottish electricity network is currently in a transition towards becoming 100% renewable. Offsh...
The majority of our energy demand is satisfied by the combustion of fossil fuels, such as coal, oil ...
Using a purpose-built, multi-sectoral energy-economy-environmental model we evaluate the economic an...
Using a purpose-built, multi-sectoral energy-economy-environmental model we evaluate the economic an...
Offshore wind is one of the fastest growing energy technologies in the UK, with a four-fold increase...
The continuing development of the offshore wind sector is an important element of UK energy and indu...
One of the key areas of emphasis for the UK offshore wind sector is the growth of the UK supply chai...
Offshore Wind has a vast potential to reduce carbon emissions and create economic prosperity, as wel...
We explore, through simulation of a purpose-built Input-Output model of the UK, the economic and emi...
The paper's main conclusion is that by 2024 a major offshore wind programme could be supplying 26% o...
Offshore wind is a rapidly maturing low-carbon energy technology, for which the technology cost has ...
The majority of our energy demand is satisfied by the combustion of fossil fuels, such as coal, oil ...
This paper presents a discussion of the development of wind energy generation in the United Kingdom ...
In order to reduce the cost of energy per MWh in wind energy sector and support investment decisions...
The Scottish electricity network is currently in a transition towards becoming 100% renewable. Offsh...
The majority of our energy demand is satisfied by the combustion of fossil fuels, such as coal, oil ...
Using a purpose-built, multi-sectoral energy-economy-environmental model we evaluate the economic an...
Using a purpose-built, multi-sectoral energy-economy-environmental model we evaluate the economic an...
Offshore wind is one of the fastest growing energy technologies in the UK, with a four-fold increase...
The continuing development of the offshore wind sector is an important element of UK energy and indu...
One of the key areas of emphasis for the UK offshore wind sector is the growth of the UK supply chai...
Offshore Wind has a vast potential to reduce carbon emissions and create economic prosperity, as wel...
We explore, through simulation of a purpose-built Input-Output model of the UK, the economic and emi...
The paper's main conclusion is that by 2024 a major offshore wind programme could be supplying 26% o...
Offshore wind is a rapidly maturing low-carbon energy technology, for which the technology cost has ...
The majority of our energy demand is satisfied by the combustion of fossil fuels, such as coal, oil ...
This paper presents a discussion of the development of wind energy generation in the United Kingdom ...
In order to reduce the cost of energy per MWh in wind energy sector and support investment decisions...
The Scottish electricity network is currently in a transition towards becoming 100% renewable. Offsh...
The majority of our energy demand is satisfied by the combustion of fossil fuels, such as coal, oil ...