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World Energy Outlook 2007

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The High Growth Scenario<br />

Global <strong>Energy</strong> Prospects<br />

The High Growth Scenario assumes higher rates of GDP growth in China and<br />

India. These higher rates – which bring major benefits in quality of life – result<br />

in faster growth in energy demand in both countries. But it also boosts<br />

international trade between each of the two countries and the rest of the world.<br />

Higher growth in energy demand, in turn, coupled with supply constraints,<br />

drives up international energy prices (see Chapter 4 for details). The impact of<br />

faster growth in China and India on global economic activity and international<br />

energy (and other commodity) prices was modelled using a general<br />

equilibrium model. The results were fed into the <strong>World</strong> <strong>Energy</strong> Model to<br />

analyse their overall impact on energy demand and supply for each WEO<br />

region, including China and India. A more detailed description of the<br />

methodological approach can be found in the Introduction to this <strong>Outlook</strong>. 12<br />

Higher GDP growth in China and India boosts energy demand in those<br />

countries vis-à-vis the Reference Scenario (Table 1.14). In effect, the stimulus to<br />

demand provided by stronger economic growth more than offsets the depressive<br />

effect of higher prices. In 2030, total primary energy demand is 23% higher in<br />

China and 16% higher in India. <strong>World</strong>wide, the increase in demand amounts to<br />

6% in 2030. The impact on energy demand in other regions varies, depending<br />

on the extent to which trade and GDP are affected by faster growth in China and<br />

India and on the sensitivity of demand to higher prices. Demand increases in<br />

some regions and falls in others. The Middle East sees the biggest increases in<br />

demand, reaching 11% in 2030, because their economies grow more strongly –<br />

thanks to stronger demand for its oil and gas exports (mainly from China and<br />

India) and to higher prices. Demand in all three OECD regions, other<br />

developing Asian countries and Latin America falls slightly, due to slower GDP<br />

growth resulting from higher commodity-import costs. Global energy-related<br />

CO 2<br />

emissions are 7% higher in 2030 than in the Reference Scenario and 32%<br />

higher than in the Alternative Policy Scenario (see Chapter 5).<br />

Globally, coal sees the biggest increase in demand in volume terms<br />

(Table 1.15). This is mainly because incremental coal use is concentrated in<br />

China and India. The share of coal in global primary energy demand reaches<br />

30% in 2030, compared with 28% in the Reference Scenario. Oil and gas<br />

demand also increases in China and India, as well as in energy-exporting<br />

regions, though this growth is partially offset by lower demand in the rest of the<br />

world. Excluding biomass, renewables grow most rapidly in percentage terms,<br />

though much less than in the Alternative Policy Scenario.<br />

12. The global economic effects of this scenario are described in Chapter 3 while the impact on<br />

energy security and the environment is described in Chapters 4 and 5. The results for China and<br />

India are summarised in the next chapter and are described in more detail in Chapters 12 and 19.<br />

108 <strong>World</strong> <strong>Energy</strong> <strong>Outlook</strong> <strong>2007</strong> - GLOBAL ENERGY PROSPECTS: IMPACT OF DEVELOPMENTS IN CHINA & INDIA

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