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Joined 2 years ago
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Cake day: June 22nd, 2023

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  • For many people they actually represent a better experience. If you mostly use the car below the range of the battery in your local area and can charge at home then you mostly eliminate the need to travel to fill up stations. Its kind of nice to not have to put petrol into the vehicle every week and have to deal with it being near empty and being forced to refill. It just gets charged cheaply overnight on greener power.

    The modern EVs get a lot of range in a 15-30 minute charge too. The reality is a 250 mile EV requires one stop to drive for 8-10 hours. Most people aren’t going to do that without a break in the middle. Even if you were going to go non-stop compared to an ICE its only another 30 minutes of journey time extra and it will cost you less to do it. So long as there are enough charge points, and these days their typically are in a lot of countries, then its not really a massive problem.

    In many ways they are more convenient on most peoples average usage and the range anxiety goes away when you realise what we are really talking about in terms of long journeys and how long charging in practice will add.





  • I tend to go off the https://grid.iamkate.com/ website which is a good day by day look at power generation and summarises the year. Renewables have so far surpassed fossil fuels 10.7GW compared to 10.3GW with other sources taking 5.9GW of which biomass is 1.52GW. I don’t personally think biomass is renewable because its burning old forests and at a rate far faster than the wood is replanted and we know that old forests store much more CO2 than new ones. With hydro and Nuclear its a pretty close run thing if we consider them green renewables are the majority of power production.

    Still a way to go, obviously more capacity is required and more storage and this will inevitably lead to excess power in the summer which is how renewables will work and hopefully we will find a good use for free power capturing CO2. A lot of projects are held up by the grid in the UK, more than enough to complete this transition, companies want to install the production its just the grid holding everything up with plans out to 2035.



  • Its not directly in the article but the primary reason Solar is its a lot cheaper than electricity production from fuel, something like 1/4 - 1/10 the price depending on where in the world you are. An energy company is basically foolish to invest in oil based electricity production when Solar is so competitive and cheap and easy to maintain. Wind is a little cheaper where there is good airflow but the maintenance cost is higher especially for offshore. Both however are so much cheaper than Nuclear and especially than oil/drilling fuels that its hard to see much real investment in those older technologies.

    There has been a lot of recent complaints around the UK’s granting of further drilling rights in the North sea for Oil. I think the companies taking those up haven’t yet come to terms with the fact there is a good chance those ventures drive their companies to bankruptcy because they wont be competitive as EVs and Solar/Wind take over due to cost savings.


  • A change in thinking about energy needs to happen to truly understand why Wind and Solar and a bit of storage is enough. You have to accept that at times there will be overproduction of power because storing it to hit exact use capacity isn’t cost effective. Some storage makes sense, but its much cheaper to have more capacity.

    What I think will happen in the future once we reach the point this is how most energy comes is more people will be on Octopus like smart energy schemes where you might get paid for using electricity and there will be companies that use this to remove CO2 from the atmosphere. We are approaching a world of energy excess but only at certain times and there are opportunities to use that energy for the right reasons to reverse the damage we have done with CO2 emissions.







  • Right now he is probably right. The current grid storage solutions are usually Lion or LiPho and neither is really cheap enough and the entire power system will scew towards enormous overproduction with less storage as a result. But there are plenty of grid size storage solutions being developed that have the $ per KWH that will make it more viable.

    One possibility is that we use all that excess power for carbon capture or hydrogen production so that we can burn CO2 producing fuels or hydrogen when the sun and wind aren’t blowing for days at a time. It’s all viable the pieces exist it’s about building them more than anything.




  • That was their early model. They took money for a product and produced a positive video on it. That was the channel its how it got started and grew. They always used weasel words (still do) like a company “hooked them up” which meant they received a free product and payment to produce this video. They were actually caught properly on this on a series of AMD sponsored videos which were so incredibly positive and glossing over the issues and AMD explained the videos had been paid for. It turned out that was how the channel worked, they got paid for positive reviews.

    Nowadays sponsorship is better declared (because the ASA required that of them) but conflicts of interests aren’t. There is also the appearance of a lot of fraud too where free products are being placed into their homes. The Intel extreme series is a prime example of something that looks super dodgy and maybe a tax dodge. Right now its hard to prove something criminal is happening, based on their history however its not unreasonable to suspect it is.