Having your mower run out of charge is a lot different than running out of propulsion at sea.Eek... $80k? That's a hefty chunk of change. Maybe if it was the $27k then I'd seriously consider it if/when I went to re-power. While I love the idea of going to electric... all of my lawnmowers, weed-eaters and other power tools are now electric as opposed to gas... $80k for only 180hp is definitely nowhere near my price range or in my budget.
Looks like they were doing them but stopped. They did a boat show back in September as well as one coming up this weekend in Florida, which might be a reason for not taking anymore pre-orders. And of course it's much different... my mower running out of a charge I can walk the battery into the garage and put it on the charger. Can't really do that with a boat.Having your mower run out of charge is a lot different than running out of propulsion at sea.
That said, the electric option mentioned ( where did that post go?) is not available. The manufacturer was taking pre orders at $300 but isn't taking those anymore. Who knows what is going on.
Higher voltage carries the same power at lower current - there's no wire which can carry current without melting. The eMotion drive is about 140kw. That's 11,000amps at 12v, or 230amps at 600vOne other point on those electric motors: The motors are either 450 or 600 volts. I didn't understand why the difference but regardless, I would not be comfortable having either voltage in my vessel, especially in a wet, salty environment.
Can always bring a gas powered generatorLooks like they were doing them but stopped. They did a boat show back in September as well as one coming up this weekend in Florida, which might be a reason for not taking anymore pre-orders. And of course it's much different... my mower running out of a charge I can walk the battery into the garage and put it on the charger. Can't really do that with a boat.
haha yeah... or a gas powered kicker motor lolCan always bring a gas powered generator
I understand the power relationship but my point was that if I ended up grabbing a bare 12 or 24 volts conductor or connector, I probably wouldn't feel anything. If I grabbed a 400 or 600 volt bare wire, I would most likely be killed ( especially if DC currentHigher voltage carries the same power at lower current - there's no wire which can carry current without melting. The eMotion drive is about 140kw. That's 11,000amps at 12v, or 230amps at 600v
Lol - indeed you would. That's what worries me about electric drive on boats - long term insulation of the high voltage systems.I understand the power relationship but my point was that if I ended up grabbing a bare 12 or 24 volts conductor or connector, I probably wouldn't feel anything. If I grabbed a 400 or 600 volt bare wire, I would most likely be killed ( especially if DC current
60 kWh is the battery capacity...Go for it! I think it’s a great idea and will prove out the technology. I think you simply need two e-Motion 180hp units. $79,000 each including 60kva of battery and controls. https://www.forbes.com/sites/jeffkart/2021/05/28/vision-marines-e-motion-180-turns-any-boat-into-an-electric-boat/?sh=566aa3b36a62#:~:text=The E-Motion 180 is made up of a 650,including $27,000 for the motor.
Ok let’s race!27 nautical miles a day averaging ~3kt. Charles Hedrich rowed twice across the Atlantic and averaged 40 nm per day
Powerbars > solar.