『Abstract
Given the fact that 1.4 billion people, over 20% of the world's
population, lack access to electricity, rural electrification
remains a common challenge for many developing countries. The
‘Township Electrification Program’ launched by the Chinese government
in 2002 is known as the world's largest renewable energy-based
rural electrification program in terms of investment volume ever
carried out by a country. This study gives an in-depth examination
of the program implemented in two selected townships in remote
of rural areas of western China. The results showed that the implementation
of the program possessed a technical orientation (e.g., construction
of stations, installation of systems), and underestimated the
financial implications (e.g., electricity tariff, households'
ability to pay electricity fees, financial management) as well
as human resources available (e.g., training for operators, household
participation) and institutional capacity building (e.g., good
governance, regulatory framework) at the local level. Even though
electricity was provided by the solar PV power stations, households
still relied on traditional energy sources, such as candles and
dry cell batteries, due to the fact that electricity service was
unreliable and electricity supply was not sufficient for households'
needs.
Keywords: Rural electrification; Renewable energy; China』
1. Introduction
2. Background: Township Electrification Program
3. Methodology
3.1. Household survey
3.2. Interviews
3.3. Transect walks and mapping
4. Results: Implementation of the Township Electrification Program
in the two selected townships
4.1. The situation of electricity use
4.2. The situation of electricity supply from the solar PV power
stations
4.3. Energy use pattern
5. Analysis of implementation problems of the Township Electrification
Program
5.1. Financial aspect
5.2. Human resource aspect
5.3. Institutional aspect
6. Evaluation of the Township Electrification Program
7. Conclusion: Implications for developing countries
7.1. First, national governments and parliaments should take
the lead in setting policy frameworks for rural electrification,
and also should determine to resolve the problem of electricity
access for the poor in remote rural areas of developing countries
7.2. Second, governments should subsidize renewable energy-based
rural electrification programs, particularly for the poor in remote
rural areas of developing countries
7.3. Third, the design of renewable energy-based rural electrification
programs in developing countries should focus on ‘local capacity
building’ to ensure sustainable electricity supply in remote rural
areas
7.4. Fourth, renewable energy-based rural electrification programs
in developing countries should be integrated into wider national
development plans and rural development plans
Acknowledgement
Appendix A. Supporting information
References