Just burning off excess linseed oil so we can recoat it in a lighter gun oil! twitch.tv/chamrsdeluxe#medieval #fire #metalworking #armor #chainmaille #renais...
So we used too much linseed oil, so we had to burn it off so we could recoat it with a lighter gunoil.
You’re never going to see 95% efficiency doing that. You’ll realistically lose around 20% or so from things like parasitic losses, AC-DC conversions, transmission losses, etc. And that’s ignoring the energy needed to make the battery in the first.
Unfortunately this isn’t even a solvable problem. The fundamental limit of efficiency due hydrogen to electricity is about 50%. Physics and entropy prevent it from being any higher.
That’s completely wrong. An electrolyzer is an electrochemical system. It has about the same level of efficiency as charging a battery. People are just regurgigating BEV propaganda here.
In reality, hydrogen is far more scalable than batteries. What people don’t realize is that you will fail to capture all of your renewable energy with batteries. You end up with a lot of curtailed power. You actually have to use hydrogen for this, and in fact you’ll have fewer solar panels in the long run.
You’re never going to see 95% efficiency doing that. You’ll realistically lose around 20% or so from things like parasitic losses, AC-DC conversions, transmission losses, etc. And that’s ignoring the energy needed to make the battery in the first.
That’s completely wrong. An electrolyzer is an electrochemical system. It has about the same level of efficiency as charging a battery. People are just regurgigating BEV propaganda here.
In reality, hydrogen is far more scalable than batteries. What people don’t realize is that you will fail to capture all of your renewable energy with batteries. You end up with a lot of curtailed power. You actually have to use hydrogen for this, and in fact you’ll have fewer solar panels in the long run.