The world’s first hydrogen solar panel has been unveiled. The device has some truly amazing potential to revolutionise how we harvest and use hydrogen. Particularly in areas of the world that have a water scarcity problem. The device produces hydrogen that has a 99% purity and can remove the moisture from the air with a humidity as low as 4%. This makes it a truly incredible machine that can change the way we collect hydrogen and possibly reduce the enormous cost associated with getting hydrogen from the earth.
Why is the world so focused on hydrogen and its potential to replace gasoline?
The emergence of the EV market was evidence that the world was ready for the next step in personal mobility. The success fueled a range of other EV makers and major manufacturers to electrify their cars and products. And it first, it was good. The world embraced the EV, and the moral superiority it gave its buyers was the newest way to set yourself apart from your friends and family.
But recent events have shown the downside to all that upside we had at first. The EV has its own problems that have led sales to slow down, and the world to explore alternative fuel options. The most promising, without a doubt, is hydrogen. The advancements in the hydrogen sector have been staggering, with some companies betting their whole future fleet on it.
The solution to the world’s energy crisis is debatable, however, hydrogen has proven the most obvious answer to our fuel needs. The process of getting pure hydrogen is a complicated one at the moment. Many point to this as the main factor in the slow progress or lack thereof in the sector. Some people are still not convinced about hydrogen.
What does this new device actually do in the hydrogen process?
The device comes from the collective minds at the University of Melbourne. When one considers the climate and dryness of the land down under, we can see the need for innovation in the sector. Australia is an inhospitable place, to say the least. But their hot and windy climate has always had the potential for something as long as the right minds came along.
The study’s lead author and a senior lecturer in chemical engineering at the University of Melbourne, Dr Gang Kevin Li, stated that they were able to run the device in a monitored trial for 12 consecutive days. The whole time, the machine is collecting moisture from the air and converting it into hydrogen while being powered by solar or even wind power.
Will this new device lead us all away from the toxicity of fossil fuels?
The possible theoretical implications and practical applications of this new type of hydrogen technology are vast and far-reaching. The creator went on to say that they plan to make two prototypes, one will be 1 sqm and the other will be roughly 10 sqm. Claiming that the 10 sqm unit would, under the right circumstances, be able to produce enough energy to power a medium-sized house’s electricity and heating.
The world has known for a few decades now that the climate needs to be maintained in perpetual balance with the needs of man. The world is traveling faster, eating worse, and spending more than ever. The inexpensive nature of the new device’s process of making energy will no doubt have the infamous oil industry keeping a malevolent eye on the happenings in Australia. How far will they take this new technology? How long will it be before we can practically use this device in our everyday needs? Will it even make it that far?y