Global energy interconnection /
Liu, Zhenya, 1952-
Global energy interconnection / Zhenya Liu. - 1 online resource. - Early Diagnosis in Cancer .
Includes bibliographical references and index.
Machine generated contents note: 1.Global Energy Development: The Reality -- 1.1.Background -- 1.2.Fossil Energy -- 1.3.Clean Energy -- 1.4.Energy Development in the Arctic and Equatorial Regions -- 1.5.Electric Power Development -- 2.Challenges to Global Energy Development -- 2.1.Challenges to Energy Supply -- 2.2.Challenges to the Energy Environment -- 2.3.Challenges to Energy Allocation -- 2.4.Challenges to Energy Efficiency -- Summary -- 1.Wind and Solar Energy Development in the World -- 1.1.Wind Energy Development -- 1.2.Solar Energy Development -- 2.Clean Energy Replacement -- 2.1.The Necessity of Clean Energy Replacement -- 2.2.The Focus of Clean Energy Replacement -- 3.Electricity Replacement -- 3.1.The Necessity of Electricity Replacement -- 3.2.The Focus of Electricity Replacement -- 4.Two-Replacement and Energy Revolution -- 4.1.Clean Energy Replacement and Energy Revolution -- 4.2.Electricity Replacement and Energy Revolution -- Summary -- 1.Evolution of Energy Development -- 1.1.'High Carbon' to'Low Carbon' -- 1.2.Low Efficiency to High Efficiency -- 1.3.Local Balancing to Wider Optimization -- 2.A Global Energy Outlook -- 2.1.Basic Framework -- 2.2.Core Content -- Summary -- 1.Major Factors -- 1.1.Socioeconomic Development -- 1.2.Energy Resource Endowments -- 1.3.Energy Environment Constraints -- 1.4.Advancement of Energy Technology -- 1.5.Energy Policy Regulation -- 2.Energy Demand -- 2.1.Total Energy Demand -- 2.2.Energy Demand Structure -- 2.3.Energy Demand Distribution -- 3.Electricity Demand -- 3.1.Total Electricity Demand -- 3.2.Electricity Demand Distribution -- 4.Future Global Energy Development Structure -- 4.1.Overview of Energy Supply -- 4.2.Large-Scale Clean Energy Bases on Each Continent -- 4.3.Distributed Energy Development -- 4.4.Development and Utilization of Fossil Energy -- 5.Global Electricity Flow -- 5.1.Reasoning and Principles Behind Global Electricity Flow -- 5.2.Overview of Global Electricity Supply -- 5.3.Electricity Supply and Demand Balance on Each Continent -- 5.4.Development Trend of Global Electricity Flow -- Summary -- 1.Robust Smart Grid and Global Energy Interconnection -- 1.1.Robust Smart Grid -- 1.2.Global Energy Interconnection -- 2.Transcontinental UHV Grid Backbone -- 2.1.Outgoing Wind Power Transmission Channels in the Arctic Regions -- 2.2.Outgoing Solar Energy Transmission Channels in Equatorial Regions -- 2.3.Key Channels of Transcontinental Interconnection and Progress -- 3.Transnational Interconnection in Each Continent -- 3.1.Asia Interconnection -- 3.2.Europe Interconnection -- 3.3.North America Interconnection -- 3.4.South America Interconnection -- 3.5.Africa Interconnection -- 4.Country-Based Ubiquitous Smart Grid -- 4.1.Grid Structure -- 4.2.Smart Development -- 5.Cooperation Mechanism for Global Energy Interconnection -- 5.1.Organizational Mechanism -- 5.2.Operational Mechanism -- 5.3.Market Mechanism -- 5.4.Policy Support -- 6.Comprehensive Benefits of Global Energy Interconnection -- 6.1.Environmental Benefits -- 6.2.Economic Benefits -- 6.3.Social Benefits -- Summary -- 1.Direction and Key Areas -- 1.1.Enabling Role -- 1.2.Innovation Direction -- 1.3.Key Areas -- 2.Generation Technology -- 2.1.Wind Power -- 2.2.Solar Power -- 2.3.Ocean Energy -- 2.4.Distributed Generation -- 3.Grid Technology -- 3.1.UHV Transmission and Equipment -- 3.2.Submarine Cable -- 3.3.Superconducting Power Transmission -- 3.4.DC Grid -- 3.5.Microgrid -- 3.6.Large-Grid Operation Control -- 4.Energy Storage Technology -- 4.1.Latest Progress -- 4.2.Development Direction and Outlook -- 4.3.Forefront Technologies -- 5.Information and Communication Technology -- 5.1.Latest Progress -- 5.2.Development Direction and Outlook -- Summary -- 1.Practice in China -- 1.1.Technological Innovation -- 1.2.Standard Formulation -- 1.3.Strategic Planning -- 1.4.Project Engineering -- 2.International Practice -- 2.1.Ultra High Voltage -- 2.2.Smart Grid -- 2.3.Clean Energy -- 2.4.Interconnected Grids -- Summary -- 1.Creating a New Energy Scenario -- 1.1.Breaking Resource Constraints to Provide Universal Access to Adequate Clean Energy -- 1.2.Breaking Spatio-Temporal Constraints to Achieve Efficient Clean Energy Utilization -- 1.3.Breaking Environmental Constraints to Make Clean Energy the Dominant Energy Option -- 2.Infusing New Vigor into Economic Growth -- 2.1.Reinforcing Growth Momentum and Raising Quality of the Economy -- 2.2.Leveraging Innovation Benefit to Fuel Development of Emerging Industries -- 2.3.Encouraging Win-Win Cooperation to Promote Coordinated Development of World Economy -- 3.Creating a Wonderful New Social Life -- 3.1.Changing Public Life and Improving Human Development -- 3.2.Initiating Social Change for a High-Efficiency Social Model -- 3.3.Improving the Natural Environment for Ecological Sustainability -- 4.Turning a New Chapter of Civilization -- 4.1.Promoting Political Harmony and World Peace -- 4.2.Promoting Environmental Harmony and Green Culture -- 4.3.Promoting Human Harmony and Cultural Upgrade -- Summary.
9780128044063 0128044063
9780128044063 Ingram Content Group
Electric power distribution.
Electric power transmission.
Energy development.
Renewable energy sources.
BUSINESS & ECONOMICS--Real Estate--General.
Electric power distribution.
Electric power transmission.
Energy development.
Renewable energy sources.
Electronic books.
Electronic books.
TJ163.2
333.7932
Global energy interconnection / Zhenya Liu. - 1 online resource. - Early Diagnosis in Cancer .
Foreword Chapter 1 Current Situation and Challenges of Global Energy Development Chapter 2 Replacement with Clean Energy and Electricity Chapter 3 Global Energy View Chapter 4 Global Energy and Electricity Supply and Demand Chapter 5 Building Global Energy Internet Chapter 6 Technical Innovation of Global Energy Internet Chapter 7 Research and Practice Foundation of Global Energy Internet Chapter 8 Global Energy Internet Changing the World Index References
Includes bibliographical references and index.
Machine generated contents note: 1.Global Energy Development: The Reality -- 1.1.Background -- 1.2.Fossil Energy -- 1.3.Clean Energy -- 1.4.Energy Development in the Arctic and Equatorial Regions -- 1.5.Electric Power Development -- 2.Challenges to Global Energy Development -- 2.1.Challenges to Energy Supply -- 2.2.Challenges to the Energy Environment -- 2.3.Challenges to Energy Allocation -- 2.4.Challenges to Energy Efficiency -- Summary -- 1.Wind and Solar Energy Development in the World -- 1.1.Wind Energy Development -- 1.2.Solar Energy Development -- 2.Clean Energy Replacement -- 2.1.The Necessity of Clean Energy Replacement -- 2.2.The Focus of Clean Energy Replacement -- 3.Electricity Replacement -- 3.1.The Necessity of Electricity Replacement -- 3.2.The Focus of Electricity Replacement -- 4.Two-Replacement and Energy Revolution -- 4.1.Clean Energy Replacement and Energy Revolution -- 4.2.Electricity Replacement and Energy Revolution -- Summary -- 1.Evolution of Energy Development -- 1.1.'High Carbon' to'Low Carbon' -- 1.2.Low Efficiency to High Efficiency -- 1.3.Local Balancing to Wider Optimization -- 2.A Global Energy Outlook -- 2.1.Basic Framework -- 2.2.Core Content -- Summary -- 1.Major Factors -- 1.1.Socioeconomic Development -- 1.2.Energy Resource Endowments -- 1.3.Energy Environment Constraints -- 1.4.Advancement of Energy Technology -- 1.5.Energy Policy Regulation -- 2.Energy Demand -- 2.1.Total Energy Demand -- 2.2.Energy Demand Structure -- 2.3.Energy Demand Distribution -- 3.Electricity Demand -- 3.1.Total Electricity Demand -- 3.2.Electricity Demand Distribution -- 4.Future Global Energy Development Structure -- 4.1.Overview of Energy Supply -- 4.2.Large-Scale Clean Energy Bases on Each Continent -- 4.3.Distributed Energy Development -- 4.4.Development and Utilization of Fossil Energy -- 5.Global Electricity Flow -- 5.1.Reasoning and Principles Behind Global Electricity Flow -- 5.2.Overview of Global Electricity Supply -- 5.3.Electricity Supply and Demand Balance on Each Continent -- 5.4.Development Trend of Global Electricity Flow -- Summary -- 1.Robust Smart Grid and Global Energy Interconnection -- 1.1.Robust Smart Grid -- 1.2.Global Energy Interconnection -- 2.Transcontinental UHV Grid Backbone -- 2.1.Outgoing Wind Power Transmission Channels in the Arctic Regions -- 2.2.Outgoing Solar Energy Transmission Channels in Equatorial Regions -- 2.3.Key Channels of Transcontinental Interconnection and Progress -- 3.Transnational Interconnection in Each Continent -- 3.1.Asia Interconnection -- 3.2.Europe Interconnection -- 3.3.North America Interconnection -- 3.4.South America Interconnection -- 3.5.Africa Interconnection -- 4.Country-Based Ubiquitous Smart Grid -- 4.1.Grid Structure -- 4.2.Smart Development -- 5.Cooperation Mechanism for Global Energy Interconnection -- 5.1.Organizational Mechanism -- 5.2.Operational Mechanism -- 5.3.Market Mechanism -- 5.4.Policy Support -- 6.Comprehensive Benefits of Global Energy Interconnection -- 6.1.Environmental Benefits -- 6.2.Economic Benefits -- 6.3.Social Benefits -- Summary -- 1.Direction and Key Areas -- 1.1.Enabling Role -- 1.2.Innovation Direction -- 1.3.Key Areas -- 2.Generation Technology -- 2.1.Wind Power -- 2.2.Solar Power -- 2.3.Ocean Energy -- 2.4.Distributed Generation -- 3.Grid Technology -- 3.1.UHV Transmission and Equipment -- 3.2.Submarine Cable -- 3.3.Superconducting Power Transmission -- 3.4.DC Grid -- 3.5.Microgrid -- 3.6.Large-Grid Operation Control -- 4.Energy Storage Technology -- 4.1.Latest Progress -- 4.2.Development Direction and Outlook -- 4.3.Forefront Technologies -- 5.Information and Communication Technology -- 5.1.Latest Progress -- 5.2.Development Direction and Outlook -- Summary -- 1.Practice in China -- 1.1.Technological Innovation -- 1.2.Standard Formulation -- 1.3.Strategic Planning -- 1.4.Project Engineering -- 2.International Practice -- 2.1.Ultra High Voltage -- 2.2.Smart Grid -- 2.3.Clean Energy -- 2.4.Interconnected Grids -- Summary -- 1.Creating a New Energy Scenario -- 1.1.Breaking Resource Constraints to Provide Universal Access to Adequate Clean Energy -- 1.2.Breaking Spatio-Temporal Constraints to Achieve Efficient Clean Energy Utilization -- 1.3.Breaking Environmental Constraints to Make Clean Energy the Dominant Energy Option -- 2.Infusing New Vigor into Economic Growth -- 2.1.Reinforcing Growth Momentum and Raising Quality of the Economy -- 2.2.Leveraging Innovation Benefit to Fuel Development of Emerging Industries -- 2.3.Encouraging Win-Win Cooperation to Promote Coordinated Development of World Economy -- 3.Creating a Wonderful New Social Life -- 3.1.Changing Public Life and Improving Human Development -- 3.2.Initiating Social Change for a High-Efficiency Social Model -- 3.3.Improving the Natural Environment for Ecological Sustainability -- 4.Turning a New Chapter of Civilization -- 4.1.Promoting Political Harmony and World Peace -- 4.2.Promoting Environmental Harmony and Green Culture -- 4.3.Promoting Human Harmony and Cultural Upgrade -- Summary.
9780128044063 0128044063
9780128044063 Ingram Content Group
Electric power distribution.
Electric power transmission.
Energy development.
Renewable energy sources.
BUSINESS & ECONOMICS--Real Estate--General.
Electric power distribution.
Electric power transmission.
Energy development.
Renewable energy sources.
Electronic books.
Electronic books.
TJ163.2
333.7932