Wellbots [wellbots.com] has
Anker SOLIX F3800 + Expansion Battery (7.68 kWh total) on sale for $3,999 - $500 off w/ coupon code
ANKER500 =
$3,499.
Shipping is free.
Other Available Anker SOLIX deals (price after code
ANKER500):
Anker SOLIX F3800 Power Station Specs:
- Battery Capacity: 3840Wh
- Type: LFP
- Cycles: 3000 (at least 80% battery capacity)
- Maximum Expansion Batteries: 6
- Maximum Capacity with Expansion Batteries: 26,880Wh
- Dual voltage 120/240V
- AC Rated Power: 6000W/ 240V
- AC Surge Power: 9000W
- Output/Input:
- USB-A Output: 2 x 12W
- USB-C Output: 3 x 100W
- AC Input: 1800W
- XT-60 Input (Solar): 2400W
- Car Input: 120W, 12V/ 24V
- 240V Split Phase: Yes
- Charging EV: Yes
- App Control: Yes
- Discharging Temperature: -20°C - 40℃/ -4°F - 104°F
- Recharging Temperature: 0°C - 40℃/ 32°F - 104°F
- Dimensions: 702 × 388 × 395 mm (With 65 mm Wheels), 27.6 × 15.3 × 15.6" (With 2.6" Wheels)
- Weight: 60 Kg/ 132 lbs.
- EV Charging
- Direct plug and play
- Intelligent remote control via Bluetooth and Wi-Fi.
- Scaling up to 12kW (53.8kWh) for extended power outages
- 2,400W solar input, allowing for a charge of 0 to 80% in just 1.5 hours by sunlight
- Equipped with NEMA 14-50 and L14-30 outlet to directly charge your EV and RV
- 5 Year Warranty
Expansion Battery Specs:
- 3,840Wh Long-lasting LFP battery
- Huge capacity up to 26.9kWh
- Add up to six battery packs to expand capacity to 26.9kWh
- EV-class LFP batteries
- Seamless expansion for Anker SOLIX F3800
- A smart temperature control system
- 3,000 Life cycles and 10-year lifespan
- Plug and play
- 5 Year Warranty
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Although you may be able to set your charger to a different maximum charging current (6000w/240v= 25amps) you would need to do this.
TLDR: don't buy one of these to time shift your solar production for EV charging at night as cool as it sounds.
Looking at this under the viewpoint that on my work commute weeks I need about 7kw of power each day and my excess solar could charge this and a Powerwall most days, and then I could still recharge the car without having to pull anything from the grid, and avoid more non-bypassable charges for exporting and then importing from the grid. But I don't think there's a reasonable payoff because the avoided cost per kWh of 45 cents (power company charging 0.50/kWh - lifetime cost per kWh of 0.05 with my solar). $3500/0.45= 7778kwh charged in the car to break even. 7778kwh/7kwh/day = 1111 days, but with 91 commute days per year that's over 12 years payback... And that's not considering the losses for solar DC to AC conversion and back to DC in the Anker battery and then back to AC to charge the car to the DC car battery.
I've been thinking about getting a battery that I could charge when electricity was cheap to use during the day, but I also don't know if that will save me enough to cover the cost of the battery before the battery stops working.
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I've been thinking about getting a battery that I could charge when electricity was cheap to use during the day, but I also don't know if that will save me enough to cover the cost of the battery before the battery stops working.
I've been thinking about getting a battery that I could charge when electricity was cheap to use during the day, but I also don't know if that will save me enough to cover the cost of the battery before the battery stops working.
Have had a PowerWall (13kwh capacity) for 4.5 years and it has supplied 10300kwh to my home through expensive evening and overnight hours. (Assuming the same avoided cost calculations above but adjusting for a proportion of power used overnight outside of the expensive 4-9pm hours, let's say it's (average price 0.35/kWh - 0.05/kWh lifetime solar price = 0.30/kWh * 10300 kWh = $3090 avoided. The battery cost about $8k after tax credits and rebates so still in the red but power prices keep going up so it'll probably pay off in the next 3 years (and currently earning about $70/year in virtual powerplant payments to sell power back to the grid during high demand times).
We have also avoided 48 hours of power outage during that 4.5 years, so if you take the remaining $4810 break even / 48hrs= about $102/hr paid for each avoided hour of power outage ... Or $4810 /(365 days x 4.5 years x 24hr/d) = $0.12/hour to guarantee that we don't lose power... And with each year that goes by the cost to have avoided power outages shrinks until we reach payback at which point it is free.
https://youtube.com/watch?v=PKNEN..
https://youtu.be/XFlRkMm8rDc?si=
https://youtu.be/bUoYeqheGZU?si=
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