Big Battery Advances Coming with Solid State

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Safe to say audiophiles of today aren’t cut from the same cloth as those that came well before them, and it’s also true that there’s less of a focus on good and pure sound today than there was even a couple of decades ago. It is whf4at it is, and in fairness all of this has nothing to do with new technological advances related to the devices we love to use or need to use. Where we’re going with this is Solid State receivers – the ones with the tubes inside that would give off a light orange glow when lit with power – delivered clear, crisp, and authoritative sound in a way that lesser receivers couldn’t even come close to.

Solid State amplifiers have long been the preferred choice for professional musicians too for the exact same reason. They just sound a whole lot better, and it seems that all the power goodness that comes with Solid State electrical engineering is about to flip reality on its head once again with batteries for digital devices. Mass produced solid-state batteries are going to change everything, and we’re all going to be thrilled with it.

Any quality Canadian web hosting provider is going to be able to appreciate what it is to need big power, and look no further than the fact that most of the others will be just like us at 4GoodHosting in that we know what goes into powering massive data centres and the like. That’s macro scale stuff for sure, but there is plenty we already know about these solid-state batteries that are just around the corner and it is really promising stuff for sure.

Meeting CPU Needs

There is no getting around the fact that even the most power frugal processor is going to put serious demands on battery power. From phones to cars to cameras and beyond, battery power is usually going to be an issue and more of than not because there’s just not enough of it in 1 full charge. Lithium-ion batteries aren’t as safe as they need to be and producing them is nasty for the environment with all the rare earth minerals that have to be mined for them.

If we’re able to replace lithium-ion batteries and retire the technology, it really can’t happen soon enough. So here we are with big news about solid state batteries, starting with their utilization in electric vehicles. The solid-state battery industry for EVs is estimated to be worth $4.3 billion US by the end of 2027. Improving on the battery technology for these types of vehicles is important because we need to move past the internal combustion engine as soon as possible, for obvious reasons.

QuantumScape is a company who have apparently solved the issue of dendrite formation – when the battery is under load from fast charging. If you didn’t know there was a drawback to fast charging, now you do. Eliminating dendrite formation is a part of what will allow solid-state batteries to charge to 80% capacity within 15 minutes without degrading the structural integrity of the battery each time it’s charged.

Yes, this is why your iPhone battery gets progressively worse the longer you own the device. And yes, Apple’s been perfectly fine with that as part of the bigger picture of sneaky planned obsolescence which has had people buying new phones earlier than they’d like too for decades now. At least they are now making repair parts available. It’s a start.

Why Solid State is Better

Let’s get right to it – solid state batteries do not contain a volatile liquid component so their power density if much higher, it is also much, much safer. Plus, a solid-state battery will not catch fire like a Li-ion one might. That’s a huge plus in itself.

This increased energy density also means that the size of the batteries can be considerably smaller. The overcoming of dendrite formation makes solid state batteries capable of being charged many more times than a traditional Li-ion battery without any degradation. As we also touched on there’s not nearly the same environmental footprint to producing them too.

Specifically for smart devices:

  • Increased battery life and charge cycles

  • Devices will run much cooler

  • WAY fast charging without compromising the integrity of the battery

It may not be until around 2025 when we start to see this technology incorporated on a large scale with consumer devices, but it is coming and it’s going to be a fortunate turn of events.


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