The North Seas Countries' Offshore Grid Initiative - Initial ... - Benelux
The North Seas Countries' Offshore Grid Initiative - Initial ... - Benelux
The North Seas Countries' Offshore Grid Initiative - Initial ... - Benelux
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Figure 0-3 Comparison of installed capacities (in GW) in the NSCOGI perimeter in the years 2020 (Scenario<br />
EU2020) and 2030 (NSCOGI Reference scenario)<br />
Figure 0-4 Comparison of energy fuel mix (in TWh) in the NSCOGI perimeter in the years 2020 (Scenario<br />
EU2020) and 2030 (NSCOGI Reference scenario)<br />
Although gas capacity increases by 70%, and coal capacity decreases by 8%, the energy<br />
production behaves inversely with an 18% decrease for gas, but 190% increase for coal<br />
due to the impact of the assumed merit order. By implication, this will play a major role in<br />
the countries’ import / export positions and related infrastructure requirements.<br />
Clearly running this amount of coal will also have an impact on CO emissions, which<br />
2<br />
according to the results stay constant between 2020 and 2030. It therefore follows that,<br />
without large-scale CCS integration, countries with significant coal generation (e.g.<br />
Germany, Great Britain and the Netherlands) are and stay also the largest emitters of CO ,<br />
2<br />
although some movement between them can be observed between 2020 and 2030.<br />
In an energy only market and under this scenario it is doubtful whether gas-fired plant<br />
would have sufficient utilisation hours to be profitable with the assumed CO2 price and<br />
fuel prices of gas and coal.<br />
Thus, the resulting infrastructure for the Reference scenario should be re-evaluated, if the<br />
underlying production mix assumptions are changed in the light of the results presented<br />
in this study.<br />
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