Hey all,
Would love to get your thoughts on a power setup for an e-bike, small fridge, and gadgets.
At most I will ride the e-bike once per day. I'll use the stock 110v e-bike charger, which draws 2.5A and completes a full charge in 2.5 hours.
I can fit as much as 400W of rooftop solar.
The turnkey battery route would be a Yeti 1500X, but we do a lot of driving so I would rather have a system that ties into the car's alternator (Jeep Wrangler).
So therefore I'm thinking of doing:
If my math is right, I think the LiFePO4 could fully charge my e-bike 2-3 times without solar input. With solar, the panels should replenish an e-bike charge in a few hours. Hopefully, I've left enough overhead for the other stuff we'd want to use.
Most importantly, with the DC/DC charger, we're adding power while driving.
What do yall think?
Would love to get your thoughts on a power setup for an e-bike, small fridge, and gadgets.
At most I will ride the e-bike once per day. I'll use the stock 110v e-bike charger, which draws 2.5A and completes a full charge in 2.5 hours.
I can fit as much as 400W of rooftop solar.
The turnkey battery route would be a Yeti 1500X, but we do a lot of driving so I would rather have a system that ties into the car's alternator (Jeep Wrangler).
So therefore I'm thinking of doing:
- 100AH LiFePO4 battery
- Victron 100 | 20 solar charge controller
- Victron 24 | 24 DC/DC charger
- 600W pure sine wave inverter
If my math is right, I think the LiFePO4 could fully charge my e-bike 2-3 times without solar input. With solar, the panels should replenish an e-bike charge in a few hours. Hopefully, I've left enough overhead for the other stuff we'd want to use.
Most importantly, with the DC/DC charger, we're adding power while driving.
What do yall think?