The original US Anker SOLIX C1000 can suit a 12V camping fridge if the fridge works within its 12V, 10A socket limit and your trip fits the available energy. Its 1,056Wh battery gives room for more than a short overnight stop, but a hot-weather fridge load can use that energy quickly. Under the planning assumptions below, a fridge using 500Wh per day gets about 39 hours before the chosen reserve.
This assessment covers the original 1,056Wh C1000 sold on Anker’s US site. C1000 Gen 2 is a separate product. Wild Smart Gear has not measured this station’s fridge runtime, charging speed or fit in an SUV.
Correction, October 22, 2026: Earlier versions of this article included unsupported first-hand testing and experience claims. Those claims have been removed. The calculations here are planning examples, not field-test results.
Original US C1000 specifications that matter for a fridge
Anker’s original US C1000 overview, checked on October 23, 2026, confirms the capacity, output and charging limits below. The detailed socket, weight and temperature ratings also use Anker’s original product specifications and FAQ saved on October 22. Confirm the model label and regional manual for the unit you are buying.
| Specification | Manufacturer rating |
|---|---|
| Battery capacity and chemistry | 1,056Wh; LiFePO4 |
| Car socket output | 12V, 10A, 120W |
| AC continuous output | 1,800W, pure sine wave |
| Weight | 28.44lb / 12.9kg |
| Dimensions, length × width × height | 37.6 × 20.5 × 26.5cm on the current US overview |
| AC charging input | 1,300W maximum |
| Solar input | 600W maximum; 11 to 60V MPPT |
| Charging temperature | 32°F to 104°F / 0°C to 40°C |
| Discharging temperature | -4°F to 104°F / -20°C to 40°C |
The 120W socket rating is the relevant starting point for a fridge connected by its 12V cable. The 1,800W inverter rating does not increase the current available at that socket. Anker also advertises a 2,400W surge figure, but its FAQ says SurgePad does not support equipment with strict voltage requirements. Use ordinary rated outputs when checking fridge compatibility.
Check the fridge connection before buying
Read the fridge manual for its permitted input voltage, maximum current and required cable. Compare maximum demand, including any stated startup requirement, with the C1000’s 10A limit. Daily energy use answers a different question: a fridge with a low daily Wh total can still exceed a socket’s current rating while it starts or runs.
Use a cable and plug approved for the fridge, and check that the plug remains seated when the vehicle moves. A splitter cannot increase the socket’s 120W rating; every connected load shares the available output. If your fridge needs a different connector or a supply outside the specified range, resolve that compatibility issue before budgeting runtime.
The saved product FAQ does not establish how the DC output behaves during long compressor-off periods. Confirm any low-load timeout or power-saving setting in the exact manual. Before a trip, run the complete arrangement through several cooling cycles and an overnight period, then check that the fridge restarts after being idle. A screen showing remaining battery charge does not prove the fridge is still receiving power.
How long could the C1000 run your 12V fridge?
Measure the fridge’s energy use over a representative 24 hours if possible. Match the expected ambient temperature, thermostat setting, contents and lid openings. A compressor label showing 45W does not mean the fridge draws 45W continuously, and a cool-weather measurement can understate summer demand. Our 12V fridge runtime guide explains how daily watt-hours fit into the calculation.
For these examples, assume a fully charged, healthy 1,056Wh battery, a 10% reserve and an 85% delivery factor for the remaining energy. That factor is an illustrative allowance for conversion and operating losses, including standby use. It is not a measured C1000 efficiency. Actual losses vary with the load and how long the outputs stay on.
Planned energy at the load = 1,056Wh × 0.90 × 0.85 = 807.84Wh. Runtime in hours = 807.84Wh ÷ daily load in Wh × 24. The estimates below assume only the fridge is connected, with no recharging during the run.
| Measured fridge energy per day | Calculated time to the chosen reserve |
|---|---|
| 300Wh per 24 hours | 64.6 hours, about 2.7 days |
| 500Wh per 24 hours | 38.8 hours, about 1.6 days |
| 800Wh per 24 hours | 24.2 hours, about 1.0 day |
At 500Wh per day, changing the assumed delivery factor from 85% to 75% cuts the result to 34.2 hours; a 90% factor gives 41.1 hours. This is a sensitivity check, not a guaranteed runtime range. Battery condition, temperature, output settings and your fridge’s actual use can put the result outside it.
A two-day camping example
Suppose your fridge uses 400Wh per day and phones plus lights add 60Wh per day. Two full days require (400 + 60) × 2 = 920Wh at the loads. That exceeds the 807.84Wh planning budget by about 112Wh. Under the same 85% delivery assumption, you would need to restore about 132Wh to the battery during the trip to close that gap while retaining the planned reserve.
For a 48-hour trip without charging, this budget allows about 404Wh per day across all devices. With the same 60Wh allowance for phones and lights, the fridge would need to average about 344Wh per day or less. Measure your setup before treating two nights as a dependable plan.
Recharging can determine whether it suits a longer trip
Charging from a wall outlet
Anker lists a 1,300W maximum AC input and advertises a full charge in 58 minutes when UltraFast Charge Mode is enabled in the app and the station is connected to AC. This is a manufacturer claim, not a timing measured by Wild Smart Gear. Check the selected charging mode, supply and operating conditions before relying on a short stop to refill the station.
Charging power uses part of the outlet or circuit’s available capacity. If you are also running other equipment from the same supply, account for it. The advertised maximum is not the average input throughout an entire recharge.
Charging from solar panels
The C1000 FAQ specifies an XT-60 connector and an 11 to 60V solar input. It gives a 10A maximum in the 11 to 32V band and 12.5A in the 32 to 60V band, subject to the station’s 600W overall limit. Confirm the panel’s voltage, current and wiring arrangement against the exact manual; connector fit alone does not establish compatibility. Leave margin for the panel’s open-circuit voltage under the conditions you will use it in.
A 600W input ceiling does not mean a panel supplies 600W all day. For a planning example, an average 200W entering the station for four hours provides 800Wh before charging losses. If 90% reaches the battery, that restores 720Wh. Applying the earlier 85% delivery factor gives about 612Wh for subsequent loads. Both efficiency factors and the sustained 200W input are assumptions; shade or poor weather can reduce the energy substantially.
Anker’s FAQ says AC and DC cannot charge this C1000 simultaneously: AC takes priority, and DC resumes when AC recharging ends. Do not add the two input ratings together when estimating a charging stop.
Charging while driving
The saved product page lists a car charging cable in the box but does not establish a sustained vehicle charging rate. The station’s 120W socket output rating is not a car charging input specification. Check the approved input arrangement and the vehicle socket’s rating, then use the input you actually see over a representative drive.
For example, replacing 500Wh delivered to devices requires about 588Wh back in the battery under the 85% delivery assumption. At an assumed 100W charging input and 90% charging efficiency, that takes 588 ÷ (100 × 0.90) = 6.5 hours, before tapering or interruptions. A two-hour drive at those assumptions restores only 180Wh to the battery. Neither number is a measured C1000 car charging result. See the SUV charging guide for the vehicle-side checks.
Allow space for cables, airflow and lifting
At 28.44lb, the C1000 is a meaningful load to lift into a cargo area. Measure the available space with the fridge, luggage and cable plugs in place. Anker’s current overview lists a 26.5cm height, while the saved product table listed 26.7cm. Confirm the unit’s dimensions where clearance is tight. Your installation also needs room for cables and the clearances required by the manual. Keep controls and connections accessible, and secure the equipment for transport using suitable restraints.
Anker’s 104°F upper charging and discharging limit matters in a parked SUV. Measure conditions where the station sits and follow the manual’s ventilation instructions. A bag or tightly packed compartment can interfere with airflow. Read the hot-car storage guide when planning where to leave the equipment between stops.
When the original C1000 is a practical choice
It is a reasonable candidate when your fridge meets the 12V socket requirements, the combined energy budget fits your trip, and you can handle a 12.9kg station. For the 500Wh-per-day example, plan a recharge before a second full day ends. For lower measured consumption, the same battery can cover longer gaps between charging stops.
Look for more stored energy or dependable charging access when your measured demand exceeds that budget. Anker lists expansion up to 2,112Wh, but the saved page mixes an expansion bundle with a “coming soon” note. Verify the exact compatible battery, availability and total handling weight before pricing an expansion plan. Our fridge power station buying guide provides the same checks for other models.
Before the return period ends, confirm overnight DC operation, measure daily energy use, and check how much charge your actual route can restore. Those results determine whether this C1000 fits your fridge and travel schedule.