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Renewable Energy in Western China – Part I:<br />

Potentials<br />

Abstract-- This paper is the first in a two-part series that<br />

present an overview of the development in the renewable<br />

energy sources (RES) in the Western region of China. In the<br />

first part, we present the RES potentials of Western China, and<br />

in the second part, we propose some recommendations for RES<br />

policy development for the region, based on the European<br />

Union experience and international best practice.<br />

In this paper, we analyze the abundant renewable energy<br />

resources in WRC with different energy specifications. Despite<br />

of its size, China is a developing country with rapid economy<br />

growth. Consequently, greenhouse gas (GHG) emission levels<br />

are increasing rapidly, so their reduction is of great<br />

importance. Development of renewable energy sources (RES) is<br />

a key to the sustainable development of China while pursuing<br />

the low GHG emissions goals. We focus on China’s WRC as<br />

the most important region for development of renewable energy<br />

in the future years.<br />

Index Terms— biomass, China, EU, geothermal, renewable<br />

energy sources, solar, wind.<br />

I. INTRODUCTION<br />

NERGY efficiency improvement and development of<br />

E<br />

renewable energy sources (RES) are key to sustainable<br />

development. For example, the European Union now<br />

imports 50 % of its energy needs, while in 25 years, the<br />

share is forecast to rise to 70 %. Coupled with the increasing<br />

share of fossil fuel, this situation makes EU vulnerable<br />

economically, politically and with regard to the environment.<br />

As an attractive option to diversify the EU’s energy supply,<br />

RES are available locally, they bring environmental benefits<br />

and they contribute to employment and the competitiveness<br />

of the European industry. By the year 2010, the EU set the<br />

goal to double the share of renewable energy in national<br />

gross energy consumption to 12 % (White Paper “Energy for<br />

the future”, [1]) and to provide 21 % of the electricity from<br />

RES (RES-E). The Directive on the promotion of renewable<br />

electricity (RES-E Directive) on the internal market, is<br />

aiming at reaching a 21% share of renewable electricity by<br />

the year 2010 for the EU-25 and specifying indicative targets<br />

for all 25 member states [2].<br />

The Kyoto Protocol made strict requirements on GHG<br />

emission levels and their reduction for developed countries.<br />

European Union has committed the member states to reduce<br />

This work was supported in part by the Slovenia-China cooperation in<br />

science and technology, under the Grant ARRS-MS-CN-03-2005.<br />

Xu Xiangyang is with China University of Mining and Technology,<br />

Beijing, 100083, China (bluesky_xu@yahoo.com.cn)<br />

Su Zhengmin is with Energy Research Institute, National Development<br />

and Reform Commision, Beijing, 100038, China (suzm@eri.org.cn)<br />

Andrej Gubina is with University of Ljubljana, Faculty of Electrical<br />

Engineering, Ljubljana, Slovenia (andrej.gubina@fe.uni-lj.si)<br />

Xu Xiangyang, Su Zhengmin, Andrej F. Gubina<br />

GHG emissions by 8 % in 2012, compared to 1990 level.<br />

The EU countries have listed renewable energy development<br />

as an important measure to reduce GHG emissions. To<br />

follow-up on its commitment to reduce its dependency on<br />

fossil fuel imports, as highlighted in the Commission’s<br />

Green Paper on Security of Energy Supply [3], and to reduce<br />

greenhouse gas (GHG) emissions, a joint strategy for<br />

promotion of renewable energy sources in EU has been set<br />

up.<br />

II. RES IN CHINA<br />

As a developing country, China does not have GHG<br />

mitigation obligations in Kyoto Protocol. At the same time,<br />

due to China size and its quick economy growth in the recent<br />

two decades, Chinese GHG emission levels are increasing<br />

rapidly, so their reduction is of great importance.<br />

Development of RES is a key to the sustainable development<br />

of China while pursuing the low GHG emissions goals, so<br />

China is taking steps to increase the share of RES. We<br />

investigate the RES potential of WRC as the most promising<br />

region for RES development in China.<br />

The WRC includes 12 provinces and the municipality<br />

directly under the Central Government of Chong Qing,<br />

Sichuan, Guizhou, Yunnan, Tibet, Shanxi, Gansu, Qinghai,<br />

Ningxia, Xinjiang, Inner Mongolia and GuangXi, Fig. 1.<br />

The total area of WRC is 6.85 Million km 2 , occupying 71 %<br />

of China. By the year 2005, the total population of WRC<br />

was 369.866 million, some 28.29 % of total population in<br />

China.<br />

In year 2005, the GDP value in WRC was 3,317.255<br />

billion Yuan (RMB), accounting for 16.98 % of China<br />

mainland GDP. (Taiwan, Hongkong and Macao are not<br />

included). While the average GDP per capita in China in<br />

2005 was 14,954.889 RMB, in WRC the GDP value per<br />

capita was only 8,968.79 RMB, some 59.97 % of the<br />

average level of China, and only 34.318 % of the most<br />

prosperous Guan Dong province of China.<br />

The difference between East region and WRC is striking.<br />

There are vast expanses of land and beautiful scenery in<br />

WRC, but the steep mountains and torrential rivers occupy<br />

most of the area, such as Himalayas, Pamir Mountain,<br />

Nujiang River and west Yunnan Rivers. Arable land is<br />

scarce and poorly inhabitable, and the population income is<br />

very low, especially with the farmers in WRC. In the year<br />

2001, among the 12 provinces and municipalities, in nine of<br />

them the annual average income of farmers was some 1500-<br />

2000 RMB, and in the other three it was lower than 1500<br />

RMB. In Tibet, it was only 1404 RMB. In 2001, the average<br />

income of farmers in China was 2366 RMB. [4]. The<br />

1

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