The world is in a constant energy evolution, even more so if we talk about new alternatives that replace energy sources that generate high levels of pollution. That is why the energy industry is one of those that stays away from research that suggests some new innovative material, thus the use of solid hydrogen in the energy sector.
An extensive list of problems related to the implementation of hydrogen in the energy sector
As many know, one of the main problems related to hydrogen is the constant storage and transportation conflicts, since due to its natural state becomes a material with great conservation problems. However, hydrogen can be extremely effective when burned as a fuel since it has no polluting emissions.
The only way to store large quantities of hydrogen is to compress it with high pressures or otherwise liquefy it at extremely low temperatures. This also requires a process with high energy expenditure.
Put simply, the only methods to store hydrogen as a gas is by compressing it or as a cryogenic liquid. Likewise, both processes require extremely high energy expenditure.
Learn about this new and innovative way of using hydrogen
Now a new company has set the goal of changing the way energy is consumed, stored and even changing the way it is generated, leaving hydrogen in its gaseous and liquid form completely forgotten.
We are talking about Photoncycle, a company founded by Bjorn Brandtzaeg. It has a specific objective of promoting totally efficient and autonomous energy systems, that occupy a limited space, that are powered by the sun and also enabled by innovative affordable technologies.
The Norwegian focuses on the novel possibility that solid hydrogen can overcome the obvious limitations of traditional batteries and at the same time contribute in a much more sustainable energy way.
Why batteries? The main idea of this company is completely transform the way photovoltaic energy is usedcompletely eliminating the typical problems that a common battery represents, such as its high cost, which is why solar energy is not used to its maximum potential.
Learn about the great advantages of this innovative solid hydrogen technology
This technology presented by the company in question has several important advantages. For example, it has a high energy density per weight, with around 3.5 kWh per kilogram, compared to just 0.3 kWh per kilogram for a lithium-ion battery.
It also has a storage system that is economical to be easily implemented in homes. It is necessary to highlight that, With only 3 cubic meters you can store around 10,000 kWh of energy, which is enough to store all the excess energy produced by solar panels during the summer in most homes.
In this way, the potential of the roofs could be used to the maximum in summer seasons, saving the surplus energy and later using it in winter, when there are not so many sunny days.
Regarding the commercialization of this product, we are still waiting the first pilot test during the current year, since their products have already been individually validated, ensuring a fully functional product.
He solid hydrogen is emerging as a promising option in the energy industry, with the potential to overcome the limitations of traditional batteries and revolutionize energy storage and generation with this technology.
