Current Status and Future Outlook of Stationary Fuel Cells in the 2014 Edition: Power to Gas
Overview of the "Power to Gas" project for surplus electricity storage technology.
An overview of the Power to Gas project, a hydrogen conversion technology that plays a significant role in the large-scale introduction of renewable energy and the storage of surplus electricity.
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basic information
Centered in Germany, the project integrates the entire scope of the "Power to Gas project," which realizes large-capacity and long-term energy storage by injecting hydrogen gas and methane gas produced through water electrolysis into the natural gas grid as a means of storing surplus electricity generated from renewable energy sources such as solar and wind power.
Price information
92,500 yen + consumption tax. With CD attachment, it is 110,000 yen + consumption tax.
Price range
P2
Delivery Time
P3
Applications/Examples of results
Water electrolysis (alkaline type, PEM type)
Company information
- Research on the industrial gas turbine market - Research on the market for distributed generation systems below 300 kW - Research on the household power generation system market - Research on the standby power generation and cogeneration market - Research on solid polymer fuel cells (PEFC) - Research on the small engine application products market - Research on distributed power sources, mobile power sources, and emergency power sources - Research on energy demand in small-scale facilities - Research on micro gas turbines - Research on by-product hydrogen production - Research on wood-based biomass - Research on methane fermentation of food waste, etc. - Research on the magnesium molding (thixotropic, die casting, press) market - Research on the automotive aluminum parts market - Research on the powder metallurgy market and metal powder injection molding (MIM) - Research on the precision casting (lost wax) market - Research on the forging market - Research on the die casting and aluminum casting market - Research on the press molding market - Research on fine carbon and carbon fibers
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