The Energy Storage of the Future

Here we are, in September. It sure is interesting how time continues to flow in a linear fashion, creating the same progression of year, every year, forever. But then, the only reason we call it September is because we as humans came up with that concept. We could’ve had six months in a year that were double the length. As if February wasn’t already complicated enough.

Maybe in the distant future, it will be. I’ve been looking into future technology, and the good thing about actual, REAL sci-fi is that there’s actually some scientific baking behind a lot of the ideas. Here on Earth in 2017, we’re only just getting into commercial energy storage and monitoring on an industrial scale. I wouldn’t call the technology primitive- we’ve had solar batteries and power plants for quite a while- but we’re still limited by only living on a single planet, and only having access to a single solar system. ¬†Just imagine how much energy storage we’re going to need when we’re jetting around the galaxy, building skyscrapers to the moon and terraforming planets left right and centre. The energy need will be massive, which is why people have theorised Dyson Spheres. They wrap around a star and essentially store its energy for other uses. When you think how much energy we use right NOW, harnessing the power of a star could be on the cards in some way.

Baby steps, I know. For now it’s great to see more people going for energy efficient solutions like LED lighting and solar panels. I am excited to see where it’s all headed though. Unfortunately¬†I can’t disturb the linear flow of time and catapult myself into the future…unless I COULD. But the energy required for such a feat is immense. All of Melbourne commercial energy storage, or indeed the storage of the entire world, may not be enough. So…the slow path it is?