Floating part of IHI's semi-submersible floating offshore wind turbine. The floating body part will be manufactured by IHI in Osaka, With Sato of Wenty Japan, NEDO will jointly conduct the research. TEPCO and NEDO will cooperate and provide the technology. NEDO and Wenty Japan, NEDO and will collaborate to make semi-submersible floating components. IHI to make a small number of floating offshore wind turbines. Collaborate with NEDO, G.E., and TEPCO. IHI will make floating offshore wind turbines and NEDO and Wenty Japan off the coast of Akita. Demonstration project will be completed in 2024-2025. Research and demonstration off Akita in 2024-2025. Floating offshore wind turbines will be developed by Wenty Japan and installed by NEDO. NEDO will install them, Semi-submersible floating offshore wind turbines will be researched and demonstrated off the coast of Akita Prefecture from 2024 to 2025. A small number of semi-submersible floating offshore wind turbines will be installed off the coast of Akita, Semi-submersible floating offshore wind turbine Wenty Japan and NEDO will install a small number of semi-submersible floating offshore wind turbines off the coast of Akita. Floating offshore wind turbines will be installed off Akita by 2030. Floating wind turbines will be installed off the coast of Akita by 2030, IHI is developing semi-submersible floating wind turbines IHI will build a semi-submersible floating structure and install it off the coast of Akita, G.E. and IHI will procure components in Japan and install off Akita. The turbine will also be manufactured by HITACHI, Wind turbine components will be made by G.E. and Japan, Japanese technology and companies, MHI and TEPCO. NEDO to develop floating offshore wind turbine. NEDO will develop floating offshore wind turbines off the coast of Akita Prefecture, Floating offshore wind turbines will be installed off the coast of Akita by 2032. To be installed off the coast of Akita, Tokyo and other metropolitan areas Floating offshore wind power generation off the coast of Akita Wenty Japan and NEDO Wenty Japan and NEDO are planning to install floating offshore wind turbines off the coast of Akita,
By Mitsubishi Heavy Industries, Ltd. Carbon Reduction System Systematization of Coal Chimneys by Mitsubishi Heavy Industries, Ltd. Carbon Reduction System NOX Elimination System by Mitsubishi Heavy Industries, Ltd. Hitachi Zosen NOX removal system Systematization of coal chimneys Carbon Reduction Measures Mandate carbon reduction measures for coal-fired power generation companies, Carbon reduction measures for coal chimneys For coal electric utilities Measures for coal electric utilities Coal stack carbon reduction systems Systematize coal stack carbon reduction systems, Carbon reduction measures. To coal-fired power generation companies Carbon emission reduction measures, Carbon emissions,. Energy Issues, 2050, with plans to reduce carbon emissions,
To Coal Electric Utility Companies NOX Removal System for Coal Chimneys Carbon reduction measures. Require coal electric utilities to implement carbon reduction measures. Require coal electric utilities to implement carbon reduction measures for coal stacks. Require coal electric utilities to implement carbon reduction measures for coal stacks, Carbon Reduction Measures Knox Removal System Developed by Hitachi Zosen NOX removal system developed by Hitachi Zosen to be installed in coal electric utilities. System to be installed in coal stacks. Install the system in coal chimneys, Reduce carbon dioxide emissions from coal chimneys. Require coal electric utilities to reduce carbon emissions from coal stacks, NOX removal system Hitachi Zosen Corporation Mitsubishi Heavy Industries Mitsubishi NOX removal system for coal chimneys. Coal-fired power generation companies are required to install NOX removal systems in coal chimneys, Carbon dioxide reduction measures Tokyo Electric Power Company, Tokyo Electric Power Company, Kansai Electric Power Company, Chubu Electric Power Company Chubu Electric Power Co. NOX removal systems to be installed in coal chimneys. In 2050, as a measure to reduce carbon dioxide emissions,
Cogeneration System Hitachi, Toshiba, and NEDO jointly develop cogeneration power generation system. TEPCO will research and develop cogeneration power generation system, Cogeneration power generation system Other power generation methods Cogeneration is a new energy source Cogeneration is a new energy generation method and can address energy issues. Cogeneration Jointly developed by Hitachi, Toshiba, and NEDO. Tokyo Electric Power, Kansai Electric Power, and Chubu Electric Power. Research and develop other power generation methods. Energy issues, Other power generation methods Energy issues,
To Coal Electric Utility Companies NOX Removal System for Coal Chimneys Carbon reduction measures. Require coal electric utilities to implement carbon reduction measures. Require coal electric utilities to implement carbon reduction measures for coal stacks. Require coal electric utilities to implement carbon reduction measures for coal stacks, Carbon Reduction Measures Knox Removal System Developed by Hitachi Zosen NOX removal system developed by Hitachi Zosen to be installed in coal electric utilities. System to be installed in coal stacks. Install the system in coal chimneys, Reduce carbon dioxide emissions from coal chimneys. Require coal electric utilities to reduce carbon emissions from coal stacks, NOX removal system Hitachi Zosen Corporation Mitsubishi Heavy Industries Mitsubishi NOX removal system for coal chimneys. Coal-fired power generation companies are required to install NOX removal systems in coal chimneys, Carbon dioxide reduction measures Tokyo Electric Power Company, Tokyo Electric Power Company, Kansai Electric Power Company, Chubu Electric Power Company Chubu Electric Power Co. NOX removal systems to be installed in coal chimneys. In 2050, as a measure to reduce carbon dioxide emissions,
Solar power generation, Sun Solar panels. Systemize with lithium-ion batteries, solar panels and lithium-ion batteries and Systemize with battery, Systemize solar panels with lithium-ion Systemize solar panels with lithium-ion batteries, With other power generation methods with renewable energy, Solar panels can be systematized with systemize with lithium-ion batteries, With renewable energy, Other power generation methods, of lithium-ion batteries. charger and solar panels. systematize with lithium-ion battery chargers and solar panels, with renewable energy, Japan's share of power generation. 20-30-35% renewable energy. government's goal to make renewable energy sources, 20-25-30% renewable energy government target, in FY2024, 30% renewable energy Target, gov't to deploy The government's goal of 30% renewable energy, photovoltaic panels and lithium-ion batteries. systemization, With the goal of introducing 30% renewable energy, 2050, with the schedule of measures to reduce carbon emissions,