Honda looks forward to the stars because of the inventory of the next hydrogen.
The auto industry company cooperates with satellite technology companies Sierra space and TEC-Masters To test the electrolysis system for high pressure water at the International Space Station. This test is part of Honda’s vision to support life on the moon and other places in space using the technology of regenerative fuel cells that constantly produce hydrogen, oxygen and electricity.
It is another dangerous step from Honda, and it is more than that Ascending on hydrogen from most other auto industry companies. Historically, Hydrogen -running cars have faced many obstacles, including the challenges of fueling and pressures of pricing. But Honda depends on hydrogen to help it remove carbon its fleet by 2040. Now you want to take advantage of the most abundant element in the universe to turn it into space.
Honda says she imagines her hydrogen renewal system as part of a human settlement on the moon. But he also hopes that by testing stress on technology on the moon, its benefit can be proven on Earth.
It is another dangerous step from Honda, which is more upward on hydrogen than most other car manufacturers
Here is how the Honda system works: During the moon’s day, the system will use the electricity resulting from the solar panels that capture the sun. The company’s electrolysis system for high pressure in the company will produce hydrogen and oxygen from water. When the moon rotates away from the sun, some oxygen will be used in astronauts, with the rest towards the generation of electricity. The only secondary product for the electrolysis process is water, which is recycled again to the regeneration, which creates a closed loop energy cycle.
Honda plans to test the process in the exact gravitational environment on ISS. The company says it will work with NASA to transport equipment Sierra Space’s Dream Chaser SpacePlaneWith TEC-Masters as ISS technology expert.
The creation of a reliable source of oxygen and electricity in space would help people create valid habitats outside the Earth in an era in which travel to space seems to be more possible than ever. While the science community has explored the use of electrolysis as a way to maintain life in the space vacuum, it has been found that low gravitational environments will have some effect on the process of gas development. A study published in 2022 He concluded that about 11 percent of oxygen was created through electrolysis in the moon’s environment compared to the danger of the Earth.
