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    • 数智化坚强电网(英文版)
      • 作者:辛保安
      • 出版社:中国电力
      • ISBN:9787519899318
      • 出版日期:2025/04/01
      • 页数:300
    • 售价:63.2
  • 内容大纲

        本书立足电发挥的关键作用和面临的新要求与新挑战,提出数智化坚强电的概念定义和发展框架,深入阐述数智化坚强电的核心要义、主要特征、发展重点和综合价值。全书共分7章。第1章剖析能源变革与数字革命发展态势,指明能源转型发展方向和载体,提出电发展面临的新要求和新挑战。第2章阐述数智化坚强电发展理念,提出总体发展框架,聚焦发展要义、特征、措施和价值等。第3章提出坚强主、配微、调节能力等方面的重点发展措施和技术应用实践。第4章提出数字底座、数智应用、能源生态等方面的重点发展措施和技术场景实践。第5章提出亚洲、欧洲、非洲、北美洲、中南美洲和大洋洲构建数智化坚强电的实践基础和发展展望。第6章分析数智化坚强电关键技术的发展趋势和攻关方向,以及促进数智化坚强电的市场机制与保障政策。第7章展望数智化坚强电在未来发展中的角色和作用。
  • 作者介绍

  • 目录

    Contents
    Foreword
    1  Energy Transition and Power Grid Development
      1.1  Energy Transition and Digital Revolution
        1.1.1  History and Laws of Energy Transition
        1.1.2  Development History and Trend of the Digital Revolution
        1.1.3  Integrated Development of Energy Transition and Digital Revolution
      1.2  Development Directions and Carrier of Energy and Power
        1.2.1  Development Directions
        1.2.2  Development Carrier
      1.3  New Requirements and Challenges for Power Grid Development
        1.3.1  New Requirements for Power Grid Development
        1.3.2  New Challenges for Power Grid Development
      1.4  Summary
    2  Development Concept of Digital-intelligent Resilient Power Grids
      2.1  Overall Framework
        2.1.1  Conceptual Definition
        2.1.2  Development Framework
      2.2  Core Essence
        2.2.1  New Network Form
        2.2.2  New Digital Intelligence Momentum
        2.2.3  New Development Hub
        2.2.4  New Cooperation Platform
      2.3  Main Features
        2.3.1  Strong Elasticity for Climate
        2.3.2  Strong Resilience for Stability
        2.3.3  Strong Flexibility for Balancing
        2.3.4  Strong Guard for Emergency
        2.3.5  Strong Intelligent for Interaction
        2.3.6  Strong Integration for Ecosystems
      2.4  Development Focus
      2.5  Comprehensive Value
        2.5.1  Innovative Development of Energy
        2.5.2  Shared Prosperity of Economy
        2.5.3  Harmony and Inclusiveness of Society
        2.5.4  Cleanness and Beauty of Environment
        2.5.5  Coordination and Efficiency of Governance
      2.6  Summary
    3  Focus Areas of Resilient Power Grids
      3.1  Resilient Backbone Grids Development
        3.1.1  Key Measures
        3.1.2  Technical Practice
      3.2  Distribution Grid and Microgrid Development
        3.2.1  Key Measures
        3.2.2  Technical Practice
      3.3  Improvement of System Regulation and Support Capabilities
        3.3.1  Key Measures
        3.3.2  Technical Practice
      3.4  Summary
    4  Focus Areas of Digital-intelligent Empowerment

      4.1  Digital Infrastructure Upgrade
        4.1.1  Key Measures
        4.1.2  Technical Practice
      4.2  Digital-intelligent Empowerment
        4.2.1  Key Measures
        4.2.2  Scenario Practice
      4.3  Energy Ecosystem Development
        4.3.1  Key Measures
        4.3.2  Scenario Practice
      4.4  Summary
    5  Global Digital-intelligent Resilient Power Grids
      5.1  Asian Digital-intelligent Resilient Power Grids
        5.1.1  Development Foundation
        5.1.2  Development Outlook
      5.2  European Digital-intelligent Resilient Power Grids
        5.2.1  Development Foundation
        5.2.2  Development Outlook
      5.3  African Digital-intelligent Resilient Power Grids
        5.3.1  Development Foundation
        5.3.2  Development Outlook
      5.4  North American Digital-intelligent Resilient Power Grids
        5.4.1  Development Foundation
        5.4.2  Development Outlook
      5.5  Central & South American Digital-intelligent Resilient Power Grids
        5.5.1  Development Foundation
        5.5.2  Development Outlook
      5.6  Oceanian Digital-intelligent Resilient Power Grids
        5.6.1  Development Foundation
        5.6.2  Development Outlook
      5.7  Summary
    6  Technological Innovation and Mechanism Guarantee
      6.1  Technological Innovation
        6.1.1  Advanced and Flexible Transmission Technology
        6.1.2  Intelligent and Flexible Distribution Technology
        6.1.3  New and Efficient Electricity Utilization Technology
        6.1.4  Zero-carbon Power Generation and Generation-Grid Coordination Technology
        6.1.5  Safe and Economical Large-Capacity Energy Storage Technology
        6.1.6  Smart and Integrated Digital & Intelligent Technology
      6.2  Market and Policy
        6.2.1  Market Development
        6.2.2  Policy System
      6.3  Summary
    7  Sustainable Future
      7.1  Economic Society
      7.2  Science and Technology
      7.3  Energy System
      7.4  Conclusion
    References