2002年-世界发展银行全球_Vietnam___Renewable_Energy_Action_Plan_104页_5mb

Summary of Vietnam Renewable Energy Action Plan (REAP)

Core Content

The Vietnam Renewable Energy Action Plan (REAP) is a 10-year program designed to accelerate the development of renewable energy for rural electrification and grid supply. It aims to provide cost-effective and reliable electricity to rural communities, especially those isolated from the national grid, and to support the expansion of renewable energy markets in Vietnam.

Main Purpose and Objectives

• Purpose: To support the development of renewable energy in Vietnam for poverty reduction and economic growth in an environmentally responsible manner.
• Objective: To deliver cost-effective and reliable electricity to rural households and communities, enhancing their standard of living and increasing income.

Key Components of REAP

A. Renewable Energy Policy and Institutional Development

• TA Cost: US$3 million
• Objective: To create a supportive policy and regulatory environment for renewable energy.
• Activities:
  • Develop decrees and regulations to promote off-grid electrification and small power producers.
  • Improve access to financing and investigate tax incentives.
  • Provide training and business development support to both government and private sector.

B. Individual Household & Institutional Systems

• TA Cost: US$3–5 million
• Investment Cost: US$3.5–10 million
• Objective: To support the installation and maintenance of renewable energy systems for individual households and institutions.
• Focus Technologies: Improved pico-hydro and solar photovoltaic (PV) systems.
• Economic Viability: Studies indicate these systems can be economically viable for rural households.

C. Community Isolated Hydro Grid

• Objective: To provide electricity to remote communities using small hydro-based mini-grids.
• Background: Vietnam has significant potential for small hydro projects, especially in mountainous regions.
• Investment and TA Cost: Varies, with estimated investment costs for specific schemes.
• Economic Analysis: Life-cycle cost analysis is used to evaluate the most efficient options for electrification.

D. Renewable Electricity for Grid Supply

• Objective: To supplement the national grid with renewable energy sources.
• Subcomponents:
  • Non-utility Investment: Encouraging private and community investment in grid-connected renewable projects.
  • Mini-Hydro Rehabilitation: Upgrading existing mini-hydro projects owned by EVN.
• Cost Estimate: Includes both investment and technical assistance costs.

E. Renewable Energy Assessment and Technology Improvement

• Objective: To improve the assessment and development of renewable energy technologies.
• Activities:
  • Develop a public database on renewable energy resources.
  • Accelerate institutional market development for stand-alone renewable systems.
  • Conduct techno-economic assessments and promote technology improvements.
• Phase 2 Preparation: Focus on large-scale implementation of renewable energy projects.

Main Viewpoints and Key Information

• Rural Electrification: Vietnam has made progress in electrifying rural areas, with 75% of rural households already having access to electricity. The goal is to reach 90% by 2005.
• Unserved Areas: Approximately 1 million households in remote and isolated areas will not be connected to the national grid, necessitating alternative energy solutions, particularly renewable systems.
• Renewable Potential:
  • Small hydropower potential is estimated at 800–1,400 MW.
  • Biomass cogeneration could supply an additional 250–400 MW.
  • Solar PV and pico-hydro systems have significant potential for rural electrification.
• Challenges:
  • Inadequate policy and regulatory framework.
  • Low awareness and understanding of renewable technologies.
  • Lack of commercial businesses and access to financing.
  • High cost of quality technology.
  • Insufficient resource data for planning.

Strategic Principles

• Renewable energy should be used where it is least-cost and economically viable.
• Supply should be on a commercial basis through various ownership structures.
• Communities, consumers, and investors must actively participate in the program.
• The government should act as a market enabler by creating legal and regulatory frameworks.
• Access to long-term credit and financial incentives should be increased.
• Limited grant assistance is provided for social and environmental benefits, but grants must be used carefully to ensure sustainability.

Funding and Implementation

• Funding Sources:
  • ESMAP (World Bank and UNDP) and ASTAE (Asia Alternative Energy Program).
  • Additional support from Japan, New Zealand, and Switzerland.
• Implementation Phases:
  • Phase 1 (Capacity Building): Focus on policy development, awareness, and pilot projects.
  • Phase 2 (Implementation): Scale-up of renewable energy projects across the country.
• Institutional Arrangements:
  • The Ministry of Industry (MOI) will lead the implementation of the REAP.
  • The Electricity of Vietnam (EVN) will play a key role in grid supply and project coordination.
  • The REAP is supported by a range of technical assistance activities, including workshops and studies.

Expected Results

• Access to Electricity: Increase access to renewable energy for isolated and remote communities.
• Economic Growth: Support income-generating activities through reliable electricity supply.
• Environmental Benefits: Promote sustainable energy practices and reduce greenhouse gas emissions.
• Market Development: Establish a functioning market for renewable energy technologies and services.

Cost Estimates

• Total Cost: The REAP includes multiple components with varying costs, ranging from US$3 million for policy development to US$10 million for individual systems.
• 10-Year Financing Plan: The plan includes both technical assistance and investment components, with a focus on long-term funding and financial sustainability.

Conclusion

The REAP represents a comprehensive and strategic approach to promoting renewable energy in Vietnam. It addresses the challenges of rural electrification and aims to create a sustainable and economically viable energy market. With the support of international partners and the establishment of a strong policy framework, the program is expected to significantly improve the quality of life for rural communities and contribute to Vietnam's broader development goals.