●PREFACE
STUDY REGION
SUMMARY
1 Hydroenergy Resources Assessment and Development
1.1 Methods and Data
1.1.1 Resource Assessment Methods
1.1.2 Macro Site Selection Method
1.1.3 Basic Data and Parameters
1.2 Resource Assessment
1.2.1 Distribution of Water Systems
1.2.2 Hydrological Data
1.2.3 Distribution of Land Covers
1.2.4 Geological Conditions
1.2.5 Overview of Hydroenergy Resources
1.2.6 Assessment Results
1.3 Base Development
1.3.1 Development Status
1.3.2 Layout of Bases
1.3.3 Base at Main Stream of Koshi River
1.3.4 Base at Main Stream of Punatsang River
1.3.5 Base at Main Stream of Mahakam River
1.3.6 Base at Main Stream of Rajang River
1.3.7 Base at Main Stream of Malinau River
1.3.8 Base at Main Stream Reach of Ayeyarwady River
1.3.9 Base at Main Stream of Salween River
1.3.10 Base at M ain Stream of Mekong River
1.3.11 Base at Main Stream of Naryn River
1.3.12 Base at Main Stream of Aldan River
2 Wind Energy Resources Assessment and Development
2.1 Methods and Data
2.1.1 Resource Assessment Methods
2.1.2 Macro Site Selection Method
2.1.3 Basic Data and Parameters
2.2 Resource Assessment
2.2.1 Distribution of Wind Speeds
2.2.2 Land Covers
2.2.3 Distribution of Conservation Areas
2.2.4 Transportation Facilities
2.2.5 Grid Facilities
2.2.6 Assessment Results
2.3 Power Bases Development
2.3.1 Development Status
2.3.2 Layout of Bases
2.3.3 Overview of Bases
2.3.4 Study on Site Selection of Bases
3 Solar Energy Resources Assessment and Development
3.1 Methods and Data
3.1.1 Resource Assessment Method
3.1.2 Macro Site Selection Method
3.1.3 Basic Data and Parameters
3.2 Resource Assessment
3.2.1 Distribution of Global H orizontal lrradiance
3.2.2 Land Covers
3.2.3 Distribution of Terrains
3.2.4 Assessment Results
3.3 Development of Photovoltaic Bases
3.3.1 Development Status
3.3.2 Layout of Bases
3.3.3 Overview of Bases
3.3.4 Study on Site Selection of Bases
4 Outbound Transmission of Large-scale Renewable Energy Bases
4.1 Forecast of Electricity Demand
4.2 Deep Electric Energy Substitution
4.2.1 Hydrogen Production and Hydrogen Energy Utilization for Clean Electricity
4.2.2 Seawater Desalination and Ecological Restoration
4.3 East Asia
4.3.1 Power Delivery Direction
4.3.2 Power Transmission Mode
4.4 Southeast Asia
4.4.1 Power Delivery Direction
4.4.2 Power Transmission Mode
4.5 South Asia
4.5.1 Power Delivery Direction
4.5.2 Power Transmission Mode
4.6 Central Asia
4.6.1 Power Delivery Direction
4.6.2 Power Transmission Mode
4.7 West Asia
4.7.1 Power Delivery Direction
4.7.2 Power Transmission Mode
5 Policy Environment and Investment and Financing Suggestions
5.1 Overview of Countries in Asia
5.2 Policy Environment for Major Countries
5.2.1 Russia
5.2.2 South Korea
5.2.3 Japan
5.2.4 Kazakhstan
5.2.5 Iran
5.2.6 Saudi Arabia
5.2.7 Bangladesh
5.2.8 Pakistan
5.2.9 Uzbekistan
5.2.10 Thailand
5.2.11 India
5.2.12 Indonesia
5.2.13 Mongolia
5.2.14 Myanmar
5.2.15 Laos
5.3 Investment and Financing Proposal
5.3.1 Building a cross-boarder and trans-regional clean energy power market
5.3.2 Establishing a clean energy cooperation mechanism at the cross-boarder and trans-regional level
5.3.3 Leveraging the financial advantages of the "Belt and Road" Initiative
5.3.4 Developing Renewable Energy Industrial Parks
5.3.5 Reducing fossil energy subsidies gradually
5.4 Summary
EPILOGUE

聚焦全球各洲資源評估及基地開發，合作組織編制了全球及亞洲、歐洲、非洲、北美洲、中南美洲、大洋洲等各大洲清潔能源開發與投資研究繫列報告。本報告是聚焦亞洲的分報告，全面展示了亞洲的清潔能源資源評估和大型基地選址成果。第1、2章和第3章，采用數字化方法完成了亞洲水電、風電和光伏發電的資源評估與基地開發研究。首先分別介紹了資源評估和選址研究的方法體繫、模型和數據。水電方面，對亞洲主要流域的水能資源開展了理論蘊藏量測算，對主要待開發的河段提出了梯級開發方案；風電和光伏發電方面，在全面測算和分析影響集中式開發的主要因素基礎上，開展了全洲各國家和地區風能、太陽能理論蘊藏量、集中開發的技術可開發量及開發成本測算，並結合亞洲部分國家實際，對分布式開發風電和光伏的規模開展了初步量化評估；運用數字平臺，研究提出了亞洲大型的陸上和海上風電基地、大型太陽能光伏基地的選址布局，完成了開發條件評價、開發規模等