三网融合(英文版):ETI Integration - Energy Transportation Informatio

报告给出了全球主要清洁能源发电技术的技术概述，采用技术成熟度评估方法，分析了主要技术路线的成熟度水平，提出技术发展目标。通过对技术性成本和非技术性成本解耦，采用基于技术成熟度的多元线性回归法预测技术性成本，采用基于深度自学习神经元网络算法的关联度预测非技术类投资，建立了PSO-BPNN二元综合模型，研判清洁能源发电技术的经济性发展趋势。对于读者而言兼顾科普性、通识性以及专业性，使读者对清洁能源发电技术的现状、发展趋势及经济性有全面了解，满足不同读者的信息获取需求。

CONTENTS
FOREWORD
1 Overview of Network Infrastructure Development?001
1.1 General Overview?002
1.1.1 Main Categories?002
1.1.2 Components?005
1.1.3 Basic Characteristics?008
1.1.4 Main Features?009
1.2 Key Roles?012
1.2.1 Foundation for Social Development?012
1.2.2 Engine of Economic Growth?013
1.2.3 Impetus for High-quality Development?013
1.2.4 Key to Sustainable Development?015
1.3 Current Challenges?016
1.3.1 Resource Sharing?016
1.3.2 Balanced Development?017
1.3.3 Planning and Coordination?018
1.3.4 Network Efficiency?018
1.3.5 Network Safety Assurance?020
1.3.6 Environmental Protection?022
1.3.7 Technical Standards?023
1.3.8 Policy Mechanisms?023
1.4 Development Trends?024
1.4.1 Wide-area Coverage?024
1.4.2 Digitalization?025
1.4.3 Intelligentization?025
1.4.4 High Efficiency?027
1.4.5 Friendliness?028
1.4.6 Integration?029
1.5 Summary?030
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2 Current Status and Development Trends of ETI Networks?031
2.1 Energy Network?032
2.1.1 Overview?032
2.1.2 Coal?035
2.1.3 Oil?044
2.1.4 Natural Gas?058
2.1.5 Electricity?068
2.1.6 Global Energy Interconnection?078
2.2 Transportation Network?095
2.2.1 Development History?096
2.2.2 Current Development Status?099
2.2.3 Global Transportation Interconnection?111
2.3 Information Network?119
2.3.1 Development History?119
2.3.2 Current Development Status?124
2.3.3 Global Information Interconnection?132
2.4 Summary?138
3 Theory and Models of ETI Integration?139
3.1 ETI Networks’ Direction of Development?140
3.2 Theoretical Foundations of ETI Integration?143
3.2.1 Definition of ETI Integration?143
3.2.2 Main ETI Network Structures?144
3.2.3 Five-layer Integrated Model?147
3.3 Models of ETI Integration?149
3.3.1 Energy Integration?149
3.3.2 Infrastructure Integration?150
3.3.3 Data Integration?152
3.3.4 Operation Integration?154
3.3.5 Industry Integration?156
3.4 Driving Forces of ETI Integration?158
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3.4.1 Reform?158
3.4.2 Innovation?160
3.4.3 Efficiency?161
3.4.4 Policy?163
3.5 Summary?167
4 Paradigms and Development Paths of ETI Integration?169
4.1 Major Paradigms of ETI Integration?170
4.2 Application Scenarios of ETI Integration?172
4.2.1 Integrated Urban Utility Tunnel?172
4.2.2 Multi-station Integration?174
4.2.3 Shared Posts and Towers?177
4.2.4 Smart Grid?181
4.2.5 Power Information Fusion?187
4.2.6 Green Energy Data Centers?190
4.2.7 Electric Transportation?191
4.2.8 Hydrogen-powered Transportation?199
4.2.9 PV Highways?205
4.2.10 Smart Transportation?207
4.2.11 “Power ” Integrated Service Platform?214
4.2.12 Sea-air Hubs of ETI Integration?215
4.3 The Development Path of ETI Integration?220
4.3.1 Urban ETI Integration?220
4.3.2 National ETI Integration?227
4.3.3 Transnational ETI Integration?229
4.4 Summary?232
5 ETI Integration Technology and Mechanism Innovation?233
5.1 Innovation?234
5.1.1 Technological Innovation?234
5.1.2 Mechanism Innovation?235
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5.2 Key ETI Integration Technologies?236
5.2.1 Energy Storage Technology?236
5.2.2 Electric Transportation?238
5.2.3 Hydrogen-powered Transportation?240
5.2.4 Maglev Transportation?241
5.2.5 Wireless Charging?243
5.2.6 Power Routers?246
5.2.7 Artificial Intelligence?248
5.2.8 Big Data?249
5.2.9 The Internet of Vehicles?251
5.2.10 Unmanned Driving?253
5.3 Innovation of Mechanisms for ETI Integration?256
5.3.1 Planning and Coordination?257
5.3.2 Construction and Operation?259
5.3.3 Financial Investment?260
5.3.4 Alignment of Standards?262
5.3.5 Policy Guarantees?263
5.3.6 International Cooperation?265
5.4 Summary?266
6 ETI Integration to Create a Better World?267
6.1 A Seismic Shift in Industrial Development?268
6.2 Rapid Global Economic Development?270
6.3 Notable Ecological/Environmental Improvements?272
6.4 Appreciable Improvements in Standards of Living?274
6.5 An Astonishing Step for Human Civilization?275
6.6 Summary?277
REFERENCES?278

本书是《三网融合》的英文版。
本书在回顾三网各自发展历程、分析未来趋势基础上，创新三网融合理论框架，全面阐述三网融合的必然性、可行性和驱动力，总结梳理三网融合创新实践，研究提出三网融合发展路径，分析技术创新和机制创新的重点领域和发展方向，展望三网融合给经济社会发展带来的巨大改变。全书共分为六章：
*章介绍网络型基础设施的总体概况及对经济社会发展的关键作用，分析三网面临的主要挑战和未来发展趋势。
第二章回顾三网各自发展历程，分析发展现状、主要挑战、发展趋势，展望三网未来的功能形态、内涵特征和重大价值。
第三章分析三网融合发展方向和理论基础，创新提出四大融合驱动力（变革、创新、效率、政策）、五层融合结构（动力层、物理层，数据层、应用层、业态层）、五种融合模式（能源、设施、数据、业务、产业），形成三网融合“4-5-5”理论架构。
第四章研究三网融合形态、场景与发展路径，分析三网融合4类形态和12类应用场景，并从城市、国内、跨国等层面提出三网融合的发展路径及建设重点。
第五章阐述三网融合技术和机制创新方向，重点分析三网融合十大关键技术*进展和发展前景，并提出规划统筹、建设运营、金融投资、标准协同、政策保障、国际合作等六大创新机制。
第六章从产业融合、经济发展、环境改善、生活提升、文明进步等五方面，展望三网融合对未来世界的重大影响和推动作用。

全球能源互联网发展合作组织（简称合作组织），是由致力于推动世界能源可持续发展的相关企业、组织、机构和个人等自愿组成的国际组织。注册地设在北京。合作组织的宗旨是推动构建全球能源互联网，以清洁和绿色方式满足全球电力需求，推动实现联合国“人人享有可持续能源”和应对气候变化目标，服务人类社会可持续发展。合作组织将积极推广全球能源互联网理念，组织制定全球能源互联网发展规划，建立技术标准体系，开展联合技术创新、重大问题研究和国际交流合作，推动工程项目实施，提供咨询服务，引领全球能源互联网发展。