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Table of Contents
Intro; Foreword; Preface; Contents; Part I: Introduction to Future Energy Systems Based on Feasible Technologies Beyond 2030; Part II: Multiple Aspects of Energy Systems in Japan: Present and Future Perspectives; Part III: Advanced Use of Secondary Energy Media; Part IV: Energy Supply Infrastructure; Part V: Electric Power Generation and Its Backend Technology; Part VI: Primary and Secondary Sectors of Industry; Part VII: Commercial and Residential Energy Utilization; Part VIII: Transportation; Index; References; Future Energy System and Executive Summaries of the Parts
Roadmap of Energy Technologies for Envisioning Future Energy SystemsPresent Status of Japanś Energy; Sustainable Production and Stable Transportation of Energy Resources: Measures Toward 2050; Fukushima Nuclear Power Plant Accident and Thereafter; Energy Policy and Perspectives; Large-Scale Electrical Energy Storage Systems; Heat Storage, Transportation, and Transfer; Hydrogen Production; Concept of Energy Carrier, Candidate Materials, and Reactions; Electricity Grid Infrastructure; Gas Supply Infrastructure; Infrastructure for Next-Generation Vehicles; Thermal Power Generation
Nuclear Power GenerationNuclear Waste and Power Generation; Hydropower Generation; Geothermal Power Generation; Wind Power Generation; Photovoltaic Power Generation; CO2 Capture, Transportation, and Storage Technology; Topic: Compressed Air Energy Storage (CAES); Topic: Distributed Cooperative Heat Supply System as a Measure Against Fluctuating Renewable Electricity Output; Chemical Industry; Area-Wide Energy Saving in Heavy Chemical Complexes Using Area-Wide Pinch Technology; Forestry and Wood Industry; Agriculture; Waste-Derived Energy
Topic: CO2 Breakthrough Program by COURSE50 in Japanese Steel Industry SectorTopic: Hybrid Steel Works; Topic: Utilization of Heat and Energy by Small- to Medium-Sized Manufacturers: Case of the Molding Industry; Topic: Regional Utilization of Unused Agricultural Waste; Topic: Energy Recovery from Mushroom Culture Waste and the Use of Its Ash as Fertilizer; Topic: Organic Hydride for Hydrogen Energy Carrier; Topic: Liquid Biofuel Production; Commercial and Residential Buildings; Smart Community; Fuel Cell Combined Heat and Power Systems in Residential Sector
Nanoelectronics with Low Power ConsumptionTopic: Thermally Driven Heat Pumps; Topic: Materials for Thermochemical Energy Storage; Automotive Internal Combustion Engines; Secondary Batteries and Fuel Cell Systems for Next-Generation Vehicles; Power Electronics for Vehicles and Energy Systems; Effective Thermal Energy Utilization for Automobiles; 1 Energy System Beyond 2030; 2 Executive Summaries of Book Parts; 1 Aim of This Book; 2 Constructing the Roadmap with Uncertainty and Risks; 1 Status of Japan: Confronting Issues Resulting from a Mature Society; 2 Japanś Energy Situation
Roadmap of Energy Technologies for Envisioning Future Energy SystemsPresent Status of Japanś Energy; Sustainable Production and Stable Transportation of Energy Resources: Measures Toward 2050; Fukushima Nuclear Power Plant Accident and Thereafter; Energy Policy and Perspectives; Large-Scale Electrical Energy Storage Systems; Heat Storage, Transportation, and Transfer; Hydrogen Production; Concept of Energy Carrier, Candidate Materials, and Reactions; Electricity Grid Infrastructure; Gas Supply Infrastructure; Infrastructure for Next-Generation Vehicles; Thermal Power Generation
Nuclear Power GenerationNuclear Waste and Power Generation; Hydropower Generation; Geothermal Power Generation; Wind Power Generation; Photovoltaic Power Generation; CO2 Capture, Transportation, and Storage Technology; Topic: Compressed Air Energy Storage (CAES); Topic: Distributed Cooperative Heat Supply System as a Measure Against Fluctuating Renewable Electricity Output; Chemical Industry; Area-Wide Energy Saving in Heavy Chemical Complexes Using Area-Wide Pinch Technology; Forestry and Wood Industry; Agriculture; Waste-Derived Energy
Topic: CO2 Breakthrough Program by COURSE50 in Japanese Steel Industry SectorTopic: Hybrid Steel Works; Topic: Utilization of Heat and Energy by Small- to Medium-Sized Manufacturers: Case of the Molding Industry; Topic: Regional Utilization of Unused Agricultural Waste; Topic: Energy Recovery from Mushroom Culture Waste and the Use of Its Ash as Fertilizer; Topic: Organic Hydride for Hydrogen Energy Carrier; Topic: Liquid Biofuel Production; Commercial and Residential Buildings; Smart Community; Fuel Cell Combined Heat and Power Systems in Residential Sector
Nanoelectronics with Low Power ConsumptionTopic: Thermally Driven Heat Pumps; Topic: Materials for Thermochemical Energy Storage; Automotive Internal Combustion Engines; Secondary Batteries and Fuel Cell Systems for Next-Generation Vehicles; Power Electronics for Vehicles and Energy Systems; Effective Thermal Energy Utilization for Automobiles; 1 Energy System Beyond 2030; 2 Executive Summaries of Book Parts; 1 Aim of This Book; 2 Constructing the Roadmap with Uncertainty and Risks; 1 Status of Japan: Confronting Issues Resulting from a Mature Society; 2 Japanś Energy Situation