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World Energy Outlook 2007

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The magnitude of the region’s imports of gas and coal from the<br />

international markets is very uncertain. Fuel will need to be brought in<br />

to produce electricity. Power plants could be supplied predominantly<br />

by domestic coal, or the coast could become more reliant on the global<br />

market and import substantial quantities of coal or LNG. Important<br />

variables including domestic coal production and transportation costs,<br />

environmental regulation and the price of LNG contracts, will greatly<br />

affect the share of internationally imported coal and LNG.<br />

Background and Assumptions<br />

The coastal and inland regions differ widely in terms of economic conditions and<br />

trends, demographics, energy-resource endowments and energy supply and<br />

demand balances. The coastal region – comprising the eleven provinces and<br />

municipalities of Liaoning, Beijing, Tianjin, Hebei, Shandong, Jiangsu,<br />

Shanghai, Zhejiang, Fujian, Guangdong and Hainan (Figure 13.1) – is the most<br />

economically advanced part of China, enjoying greater wealth and better living<br />

conditions than the inland region. It is also the region that underpins economic<br />

growth in China; it is more urbanised and its favourable location close to the sea<br />

has underpinned the development of export industries. However, it is poor in<br />

energy resources and relies largely on supplies from outside the region – either<br />

from other Chinese provinces or from abroad. The coastal region includes the<br />

large cities of the Pearl River Delta, Yangtze River Delta and Bohai Rim, which<br />

face urban energy-supply security challenges as they continue to expand.<br />

This chapter provides an analysis of the importance of the coastal region in China’s<br />

energy market, today and in the future, based on the results of an extensive effort<br />

to collect energy, economic and demographic data and to build a detailed model<br />

of the region. This exercice is intended to demonstrate how some regional factors<br />

may play into the evolution of China’s energy system; it is not intented as an<br />

exhaustive analysis of complex interactions among regions. We present here the<br />

projections derived from the Reference Scenario. The tables in the appendix to this<br />

chapter give more information.<br />

In 2005, the GDP of the coastal region amounted to $1.4 trillion (at market<br />

exchange rate), bigger than that of Canada. The region generated 60% of<br />

China’s GDP, yet has only 39% of its population. It contributed 70% of<br />

China’s economic growth between 1996 and 2005. Coastal per-capita GDP, at<br />

$2 787 at current prices and market exchange rate, is more than double that of<br />

inland China (Table 13.1). Urbanisation rates are also much higher in the<br />

coastal provinces, at 49% compared to 35% in the inland region. 1 Urbanisation<br />

1. The enormous regional economic disparities in China have an urban-rural dimension, as well as the coastalinland<br />

(or east-west) divide (see Chapter 7).<br />

404 <strong>World</strong> <strong>Energy</strong> <strong>Outlook</strong> <strong>2007</strong> - CHINA’S ENERGY PROSPECTS

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