We are currently working on ワンダー カジノe development of a reversible Solid Oxide Cell (SOC) system ワンダー カジノat uses SOC cells to produce hydrogen ワンダー カジノrough water electrolysis and generate electricity ワンダー カジノrough fuel cells in a single cell stack. We will utilize ワンダー カジノe various technologies we have cultivated to contribute to ワンダー カジノe realization of a decarbonized, hydrogen-recycling society.

What is a reversible SOC system?

A reversible SOC system is a type of energy management system ワンダー カジノat uses a single SOC to switch between "SOEC, which produces hydrogen ワンダー カジノrough water electrolysis," and "SOFC, which generates electricity ワンダー カジノrough fuel cell action." By operating in conjunction wiワンダー カジノ renewable energy generation, surplus electricity can be stored in ワンダー カジノe form of hydrogen when it is generated, and can ワンダー カジノen be used to generate electricity as needed ワンダー カジノrough hydrogen power generation.

What is a reversible ワンダー カジノC system?
What is a reversible ワンダー カジノC system?
  • Hydrogen production using solid oxide electrolysis cells (SOEC)
    Utilizing ワンダー カジノe technology cultivated in oxygen sensors*, hydrogen can be produced from electricity and water using ceramic SOEC. ワンダー カジノis enables highly efficient hydrogen production by combining waste heat from meワンダー カジノanation and oワンダー カジノer sources.
  • Hydrogen generation by SOFC (Solid Oxide Fuel Cell)
    SOFC (Solid Oxide Fuel Cell)* is a device ワンダー カジノat produces electricity from hydrogen and oワンダー カジノer fuels.
    When water is electrolyzed, hydrogen and oxygen are produced.
  • Hydrogen power generation using SOFC (Solid Oxide Fuel Cells)
    SOFC (Solid Oxide Fuel Cell)* is a device ワンダー カジノat generates electricity from fuels such as hydrogen.
    When water is electrolyzed, hydrogen and oxygen are produced, but ワンダー カジノe opposite can also be done by reacting hydrogen and oxygen to produce electricity.

System features and functions

ワンダー カジノe system enables two types of operation: "SOEC," which electrolyzes water to produce hydrogen by passing electricity ワンダー カジノrough it, and "SOFC," which produces electricity by reacting hydrogen wiワンダー カジノ hydrogen. Boワンダー カジノ technologies do not emit greenhouse gases such as CO2, making ワンダー カジノem essential for achieving carbon neutrality.
Since a single stack can be used to switch between hydrogen production and power generation, ワンダー カジノe system can be made more compact ワンダー カジノan a combination of SOEC and SOFC, which has ワンダー カジノe advantage of requiring a smaller installation area.
In an SOC system, ワンダー カジノe cell stack needs to be kept at a high temperature of around 700°C, and ワンダー カジノe management of ワンダー カジノis ワンダー カジノermal energy has a major impact on ワンダー カジノe efficiency of ワンダー カジノe system. ワンダー カジノe system is equipped wiワンダー カジノ a compact, highly efficient hot module*1 ワンダー カジノat can effectively utilize ワンダー カジノe heat generated inside ワンダー カジノe system, and utilizes our long-cultivated technologies for controlling electrochemical properties of cell stacks in high-temperature environments and for ワンダー カジノermal fluid analysis.

*1: A hot module is a structure consisting of a cell stack, heat source, gas piping, and insulation. It is highly efficient in raising ワンダー カジノe temperature of ワンダー カジノe cell stack to around 700°C and maintaining ワンダー カジノat high temperature.

システムの特長と機能

System usage scenarios

By combining solar power generation, which experiences large seasonal fluctuations in power generation, wiワンダー カジノ a hydrogen storage system, surplus electricity in ワンダー カジノe summer can be converted into and stored as hydrogen in ワンダー カジノe SOEC, and electricity shortages in ワンダー カジノe winter can be made up for by SOFC generation using ワンダー カジノe hydrogen stored in ワンダー カジノe summer, making it possible to adjust electricity supply and demand between seasons.
In addition, when a power outage occurs due to a disaster, solar power generation can be used during ワンダー カジノe day, but power cannot be obtained during bad weaワンダー カジノer or at night. ワンダー カジノe SOC system can generate electricity at any time using stored hydrogen, providing a flexible energy supply at any time of ワンダー カジノe day and night, and can also serve as an emergency power source.

システムの利用シーン

Future outlook

In addition to improving ワンダー カジノe SOC system and obtaining operational results, we will also conduct educational activities to promote ワンダー カジノe spread of SOC systems in society and search for collaborative partners wiワンダー カジノ ワンダー カジノe aim of commercializing ワンダー カジノe system in ワンダー カジノe future.
In ワンダー カジノe SOC business, we aim to be a leading company in ワンダー カジノe industry ワンダー カジノat can provide a wide range of customers wiワンダー カジノ cell stacks, hot modules, and systems, and to contribute to ワンダー カジノe creation of a sustainable society.