Anker has for their
Members (free to join via Email Sign-up on the page):
Anker SOLIX F3800 3,840Wh LiFePO4 Power Station + 2x 200W Solar Panels on sale for
$2,139 (price in cart with account sign-in).
Shipping is free.
- Note: Must enter your email and join as a member to get this sale price, use the Sign Up as a Member to Save $200.00 link on the page to input your email. Discount will apply once your account is made.
Alternatively,
AnkerDirect via Amazon has
Anker SOLIX F3800 3,840Wh LiFePO4 Power Station + 2x 200W Solar Panels on sale for
$2,499.99.
Shipping is free.
Thanks to Community Member
JohnDubya for sharing this deal.
Details:
- Enlarged capacity: 3.84kWh base; expandable to 26.9kWh with up to 6 battery packs; up to two weeks of power with another F3800 + 12 battery packs
- Dual-voltage output: 120V/240V with 6,000W AC (12,000W max when paired with second F3800); powers any home appliance including dryers
- Direct EV/RV charging: Built-in NEMA 14-50 and L14-30R ports for simple plug-in charging (L14-30R not for EV)
- Adjustable solar angles: 4 positions (30°, 40°, 50°, 80°) for optimal sunlight capture regardless of season, location, or time
- IP67 waterproof: Fully protected solar panels for reliable charging in rain or wet conditions
- Higher efficiency: Advanced monocrystalline cells + sunlight-trapping surface deliver 1.5× better conversion rate and faster charging
- Package contents: Anker SOLIX F3800 power station, AC charging cable, 2× Solar to XT60 charging cables, MC4 solar connector, user manual, 200W solar panel, 3m XT60 to XT60 solar cable
- Shipping note: Power station and solar panels ship separately; await all items if partial delivery occurs
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Our community has rated this post as helpful. If you agree, why not thank dimjim
It will charge an EV, but even dumping 3.84 kWh (minus small efficiency losses) isn't going to make a huge dent in most EV's batteries, so it's usefulness may depend on how much solar you can get into it. The (2x) 200W solar panels are pretty undersized to really recharge this power station. It appears to have 2 mppt solar charge controllers built in, but somewhat limited voltage input range (only up to 60v). If you're really trying to offset a lot of kWh for EV charging, probably best to look for a unit with higher MPPT input voltage max, and add a much larger solar array.
It will charge an EV, but even dumping 3.84 kWh (minus small efficiency losses) isn't going to make a huge dent in most EV's batteries, so it's usefulness may depend on how much solar you can get into it. The (2x) 200W solar panels are pretty undersized to really recharge this power station. It appears to have 2 mppt solar charge controllers built in, but somewhat limited voltage input range (only up to 60v). If you're really trying to offset a lot of kWh for EV charging, probably best to look for a unit with higher MPPT input voltage max, and add a much larger solar array.
It will charge an EV, but even dumping 3.84 kWh (minus small efficiency losses) isn't going to make a huge dent in most EV's batteries, so it's usefulness may depend on how much solar you can get into it. The (2x) 200W solar panels are pretty undersized to really recharge this power station. It appears to have 2 mppt solar charge controllers built in, but somewhat limited voltage input range (only up to 60v). If you're really trying to offset a lot of kWh for EV charging, probably best to look for a unit with higher MPPT input voltage max, and add a much larger solar array.
what are ur suggestions?
what are ur suggestions?
I'm honestly not that familiar with the larger power banks so I'm not sure which ones have mppt input ranges above 60V.
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what are ur suggestions?
Pretty much you have to go custom charger and battery to get anything higher than 60v, which is 2 panels at most, a lot of high wattage single panels are 60v already.
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