Freeman Spogli Institute for International Studies Program on Energy and Sustainable Development Stanford University


Publications




Impact on Global Warming of Development and Structural Changes in The Electricity Sector of Guangdong Province, China

Working Paper

Authors
Chi Zhang
Michael M. May - Stanford University
Thomas C. Heller

Issued by
CISAC, March, 2000


This paper examines the impact on global warming of development and structural changes in the electricity sector of Guangdong Province, China, together with the possible effect of international instruments such as are generated by the Kyoto Protocol on that impact. The purpose of the paper is three-fold: to examine and analyze the data available, to put that data into an explanatory economic and institutional framework, and to analyze the possible application of international instruments such as CDMs in that locality. Our plans are to supplement this work with similar work elsewhere in China.

This research contributes to two groups of existing studies. First, several researchers have studied China's energy industry, including the utility sector, in the context of global greenhouse gas emissions and abatement policies. Not much attention has been paid to the electricity sectoral development at the sub-national level and its regional differences. Yet, important decisions are taken and important constraints operate at the sub-national level. Second, since the Kyoto Protocol provided for the Clean Development Mechanism (CDM) as a policy instrument to involve developing countries in carbon emissions abatement in 1997, a number of studies have focused on the operation of CDM. Applying CDM is challenging because its rule of additionality requires that a "baseline" estimate be made of what developing countries, including China, would do to reduce carbon emissions in the absence of CDM. Minimizing moral hazard and other incentive problems is a daunting task. The studies to date have focused on discussions of general embedded problems and desirable principles for applying the additionality rule. However, how to identify baseline factors in specific economies and evaluate their impact on the energy sector decisions in terms of transaction or institutional costs remain unsettled questions.

This study is a first step towards filling that gap. By investigating Guangdong's electricity sector, we hope to highlight new characteristics of Guangdong's electricity market and institutions, which may have been neglected from large model and highly aggregated approaches. At the same time, by examining the economic and institutional features of the decision making process in Guangdong's electricity sector, we hope to get a better understanding of the factors affecting possible baselines and to draw some preliminary implications for CDM and other carbon abatement policy instruments. This study may also provide a reference for other regional analyses and permit some preliminary implications for baseline and abatement policy studies to be drawn.