Meta Data
Проект документа: 
No
Пересмотр более раннего документа?: 
No
Год составления проекта документа: 
2015
Год вступления в силу: 
2016
Виды актов по количеству участников: 
National
Тип документа: 
Other
Экономический сектор: 
Energy, Power, Industry, Transport, Building, Multi-Sector, Other
Виды энергоресурсов: 
All, Coal, Oil, Power, Gas, Nuclear, Renewable, Bioenergy, Geothermal, Hydropower, Solar, Wind, Other
Подготовлен: 
The Government of Japan
Ссылка на документ: 
Сводный обзор: 
Japan’s INDC has been developed, taking into account, inter alia, decisions of the COP, actions by other countries, progress in deliberations on a future framework under the Convention, and domestic consideration of the energy policies and its energy mix. Energy policies and the energy mix were considered through open discussions at the Advisory Committee for Natural Resources and Energy. The main policies and measures that are expected, at this time, to be implemented for reduction of GHG emissions and removals are listed in the reference information attached. As for energy generated CO2, approximately 90% of GHG emissions in Japan is covered by energy-originated CO2. These emissions will be reduced by 25.0% compared to FY 2013 level (24.0% reduction compared to FY 2005 level) (approximately 927 million t-CO2).
Efficiency
EE action plans: 
Efficiency improvement of electricity-consuming facilities [...]  Improvement of power generation efficiency  Enhanced energy efficiency and conservation facilities [...]  Introduction of energy efficiency and conservation process technology in petrochemicals  Introduction of energy efficiency and conservation process technology in other chemical industry  Introduction of energy efficiency and conservation technology using membranes for distilling process [...]  Introduction of electricity-generating waste water processing with microbe catalysis [...]  Introduction of conventional energy efficiency and conservation technologies (waste heat power generation, slag crusher, air-beam cooler, separator improvement, vertical roller coal mills)  Introduction of technology for using waste (e.g. waste plastic, etc.) as alternative thermal energy  Introduction of innovative cement production process  Introduction of glass melting process Pulp/paper/paper products manufacture industry. Cross-sectoral/Other  Introduction of high-efficient air conditioner[...] Introduction of energy efficiency and conservation farming machinery  Introduction of energy efficiency and conservation equipment in horticultural facility  Switch to energy efficiency and conservation fishing vessels  Promotion of cooperative energy efficiency and conservation measures across the industries  Promote low-carbonization in special vehicles. Factory energy management  Thorough implementation of energy management in the industry sector Promotion of compliance of energy saving standards for newly constructed buildings  Energy efficiency and conservation buildings (remodeling) [...]  Introduction of highly efficient light [...]  Improvement of energy efficiency and conservation performance of equipment by the top runner program , etc.  Thorough implementation of energy management in commercial sector with BEMS and energy efficiency diagnosis  Efficient use of light Expansion of shared use of energy  Promotion of measures for energy efficiency and conservation of/energy generation from sewerage systems.
Environment
Energy environmental priorities: 
Japan will, together with all major emitters, undertake domestic emission reductions and also contribute to reducing global greenhouse gas (GHG) emissions through Japan’s leading technologies and support for developing countries.
GHG emissions reduction targets: 
Japan’s INDC towards post-2020 GHG emission reductions is at the level of a reduction of 26.0% by fiscal year (FY) 2030 compared to FY 2013 (25.4% reduction compared to FY 2005) (approximately 1.042 billion t-CO2 eq. as 2030 emissions)[...].---Period for implementation:from April 1, 2021 to March 31, 2031 (FY 2021 to FY 2030). Scope (Sectors, Gases, Coverage)  Sectors: All sectors and categories encompassing the following: (a) Energy -Fuel Combustion (Energy industries, Manufacturing industries and Construction, Transport, Commercial/Institutional, Residential, Agriculture/Forestry/Fishing, and Other) [...].---Approximately 90% of GHG emissions in Japan is covered by energy-originated CO2. Emissions of energy-originated CO2 will be reduced by 25.0% compared to FY 2013 level (24.0% reduction compared to FY 2005 level) (approximately 927 million t-CO2).
Decarbonization strategy: 
Industry sector: Efficiency improvement of electricity-consuming facilities [...]  Improvement of power generation efficiency  Enhanced energy efficiency and conservation facilities [...]  Introduction of energy efficiency and conservation process technology in petrochemicals  Introduction of energy efficiency and conservation process technology in other chemical industry  Introduction of energy efficiency and conservation technology using membranes for distilling process [...]  Introduction of electricity-generating waste water processing with microbe catalysis [...]  Introduction of conventional energy efficiency and conservation technologies (waste heat power generation, slag crusher, air-beam cooler, separator improvement, vertical roller coal mills)  Introduction of technology for using waste (e.g. waste plastic, etc.) as alternative thermal energy  Introduction of innovative cement production process [...] Cross-sectoral/Other  Introduction of high-efficient air conditioner[...] Introduction of energy efficiency and conservation farming machinery  Introduction of energy efficiency and conservation equipment in horticultural facility  Switch to energy efficiency and conservation fishing vessels  Promotion of cooperative energy efficiency and conservation measures across the industries  Promote low-carbonization in special vehicles. Factory energy management  Thorough implementation of energy management in the industry sector.---Commercial and other sectors: Promotion of compliance of energy saving standards for newly constructed buildings  Energy efficiency and conservation buildings (remodeling) [...]  Introduction of highly efficient light [...]  Improvement of energy efficiency and conservation performance of equipment by the top runner program , etc.  Thorough implementation of energy management in commercial sector with BEMS and energy efficiency diagnosis  Efficient use of light Expansion of shared use of energy  Promotion of measures for energy efficiency and conservation of/energy generation from sewerage systems. Promotion of measures for energy efficiency and conservation/renewable energy in water business [...] Low -carbonization of cities by improving urban thermal environments through measures against the urban heat island effect.---Residential sector Promotion of compliance of energy saving standards for newly constructed housing  Promotion thermal insulation in renovation of existing houses  Introduction of high -efficient water heater (CO2 refrigerant HP water heater, latent heat collection water heater, fuel cell, solar water heater)  Introduction of high -efficient light  Improvement of energy efficiency and conservation performance of equipment by the top runner program, etc. Thorough implementation of energy management in houses with HEMS and other smart meters  Promotion of nationwide campaigns (thorough promotion of Cool Biz/Warm Biz, and encouragement of purchase of upgraded, Home CO 2 advisor)  Increasing Johkasou energy efficiency and conservation  Promotion of inter -ministry collaborative measures following the Roadmap of Global Warming Counter -measures, etc.---Transport sector: Improvement of fuel efficiency[...].---Energy conversion sector:  Expanding renewable energy introduction to the maximum extent possible  Utilizing nuclear power generation s whose safety is confirmed [...].
Energy-water nexus: 
Promotion of measures for energy efficiency and conservation/renewable energy in water business.
Cooperation in env.: 
Japan will, together with all major emitters, undertake domestic emission reductions and also contribute to reducing global greenhouse gas (GHG) emissions through Japan’s leading technologies and support for developing countries.
Technology
Clean energy technology transfer: 
Japan will also actively contribute internationally towards, inter alia, human resource development and promotion of development and diffusion of technologies relating to emission reductions in developing countries.