macfan said:As part of my Intel Science Fair project "How to make Hydrogen a viable alliterative" I read that at 3,500,000 psi Hydrogen will become a "Solid" so that you can have more power in less space which will make the car much more efficient. I am doing this on a 1/10 scale.
Solid state hydrogen storage is a method of storing hydrogen gas in a solid material, typically a metal or metal alloy. The hydrogen is stored by absorption into the material's lattice structure, similar to how a sponge absorbs water.
Unlike other methods such as compressed or liquid hydrogen storage, solid state hydrogen storage does not require extreme pressure or low temperatures. This makes it a safer and more practical option for storing and transporting hydrogen.
Some of the advantages of solid state hydrogen storage include higher energy density, faster refueling times, and no risk of hydrogen leaks. Additionally, solid state storage materials are typically more abundant and less expensive than other storage options.
One challenge is finding materials that can efficiently and safely store large amounts of hydrogen. Another challenge is developing methods to release the hydrogen from the material when needed. The current materials used for solid state storage also have limitations in terms of temperature and pressure ranges.
Solid state hydrogen storage is still in the research and development stage, but it has the potential to be used in a variety of applications such as fuel cells for vehicles, power generation, and portable energy storage. Some companies are already working on commercializing solid state hydrogen storage systems for use in cars and other vehicles.