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.
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.