This doesn’t include the one thing I explicitly asked for and is a big obstacle for at home production: compressing hydrogen to 700 atmospheres.
The you still have to overcome the 50% energy loss in the fuel cell. And even this article doesn’t mention any numbers regarding the efficiency of the electrolysis.
You don’t understand the commitment to batteries? They are 3 times more efficient, easier to fill, and easier to recover energy from. And those obstacles don’t deem to go away anytime soon.
You can also create hydrogen at home. Which is why companies oppose it.
Please tell me you top 5 favorite hydrogen compressors. Oh, you mean putting a 9v battery in salt water to create bubbles? How fun!
https://news.northwestern.edu/stories/2024/july/green-hydrogen-via-water-electrolysis/
I don’t understand this obsessive commitment to larger batteries, and anti-hydrogen tech. It’s not an either-or. The technologies work together.
This doesn’t include the one thing I explicitly asked for and is a big obstacle for at home production: compressing hydrogen to 700 atmospheres.
The you still have to overcome the 50% energy loss in the fuel cell. And even this article doesn’t mention any numbers regarding the efficiency of the electrolysis.
You don’t understand the commitment to batteries? They are 3 times more efficient, easier to fill, and easier to recover energy from. And those obstacles don’t deem to go away anytime soon.
If you would like a specific answer, you should look it up yourself to your own satisfaction, instead of sealioning.