How We Will Be Growing Batteries – Wood Battery Explained. The first 100 people to use code UNDECIDED at the link below will get 20% off of Incogni:  With the ever-growing demand for electrifying everything, we need more sustainable and renewable batteries. Lithium ion batteries are cost-effective but rely on lithium, graphite, and other materials, whose sourcing has significant environmental and social impacts. One potential solution is being developed where wood is used to replace these materials with a bio-based, renewable alternative. So, would wood work or is it just… deadwood…?

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49 comentarios en «Growing Batteries – Wood Battery Explained»
  1. Low energy density so probably not cars or phones? Maybe trains if you had an entire section dedicated to batteries. That's a pretty unfortunate limitation. Stationary batteries for homes and to store renewable energy for the grid is still a pretty big use case though.

  2. Hearing about easy charge but low density reminds me of helion. A warehouse to hold half a ev car battery of power or make fusion. Connection to energy zones of the batteries vs size of the cell itself, or, density, seems to have an obvious balance that can give high hold or high motion. Never both. But that’s normal.

  3. Will battery printers come on the hobbyist market? It would be awesome if people could buy sheets of lignin-graphite and "iron paper" and put them in their battery printer at home and make batteries for their car/bike/off-grid power storage.

  4. Not sure, organics break down faster.

    Also, there's nothing stopping lithium production from capturing all the distilled water they produce either, which could also increase the rate of evaporation as a byproduct. E.G. covering the evaporation fields in glass which holds in both heat and moisture.

  5. Ok, at least at the end he admits that this technology is not going to replace anything. Having 7x's less energy storage capacity greatly limits the things you can get out of this technology. It's innovative and cool for small scale stuff where battery life doesn't matter. But in the long run won't be world changing. That is one of the greatest problems we face… the best technologies today are ruinous for our planet, and while we continue to try to come up with alternatives, in the long run they all fall short of being good enough to beat out traditional dirty power sources. Here's to hoping that someday a clean technology will come along and replace all of this, but probably not in my lifetime.

  6. As the President of batteries I can confirm that this technology is real and Matheu has done extraordinarily thorough research into the truth of Tower 7 and why Obama killed my dog for knowing too much about whole wheat battery technology. And no matter what anyone says, Mattnew is not a shill that mindlessly regurgitates company marketing materials at the behest of the PR team. It's all part of a insidious deep stat3 plan that tries to discredit his channel as the scientific and intellectual equivalent of a Michael Bay movie aimed at gullible men children.

    Buch did Pearl Harbor. 8==============D~~~~

  7. Any time someone points to winning award to try and indicate the viability of a product, just remember the woman who won the furniture design award for creating the “anti-man spreading chair.”

    A chair that’s completely unfit for the purpose of being a chair, but still won the award because it expressed “correct“ politics. That’s what most awards are these days.

    This might really be something, but the fact that it won an award means less than nothing.

  8. I like the idea of this. I know this is probably put there but is there a difference in the types of wood they could use. I only say this, being a novice woodworker, that I use specific woods when looking at different builds. Soft woods vs hard woods. Slow growers that produce a lot tighter grain vs a fast grower that shows a greater ring separation. Even when doing Shou Sugi Ban that involves burning or charing the wood, different woods react differently to the char. Again, I'm sure this is a non starter but my thought process is if say poplar ends up being the best wood to use for conductivity, that would be the added bonus of a tree that has an annual growth rate of 10 feet a year. A lot more than a lot of other trees out there making sustainability even greater.

  9. Personally I wish countries would ban the use of Li-Ion batteries for use in grid storage. That's the LAST place it needs to be used. Density isn't critical for grid storage. Number of cycles, cost, and conversion efficiency are the most important issues for grid storage, not power density.

  10. 1000% guarantee that if this technology goes live, it'll be the best excuse for wood logging companies to keep deforestation going on at a fast pace, and the talks of sustainability is just bullcrap and lies…. it's nice to see our species driving towards self extinction

  11. If it is useful and cost-effective, it will find its niche in the market. And this is good! Even if it never replaces lithium-based batteries, it will help because it can ease the economic and environmental pressures of lithium demand. There may be hundreds of different battery technologies that make it into the market, and they all contribute in their own way to fill a demand that is only getting stronger.

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