Gear Review · Energy
Riapow 26,800mAh Solar Power Bank.
Honest capacity, Qi wireless charging, and IPX6 waterproofing in one rugged package. The solar panel is a trickle, not a feature. Here is what the Riapow gets right and where the Hiluckey still wins.
Capacity
26,800 mAh (99.2 Wh)
Solar input
1.9W (1 panel)
NWS Verdict
Solid if you want wireless
Strengths
- 26,800mAh capacity appears honestly rated based on weight and real-world performance.
- Qi wireless charging adds cable-free convenience during outages.
- IPX6 waterproofing handles rain, splashes, and high-pressure water.
- At 99.2 Wh, just under the FAA 100 Wh airline carry-on limit.
Limitations
- The single 1.9W solar panel is only suitable for slow emergency trickle charging.
- 5W wireless charging is slow and alignment-sensitive, especially through thick cases.
- No UL2056 safety certification listed, unlike some competitors.
What it is
A wireless power bank with an honest battery and a small solar panel
The Riapow is a 26,800mAh portable power bank with 5W Qi wireless charging, a single 1.9W monocrystalline solar panel, QC 3.0 at 3A on USB-A, a bidirectional USB-C port, a legacy Micro-USB input, and an LED flashlight with three modes (steady, SOS, strobe). It is built with ABS and polycarbonate reinforced with silicone corner bumpers and a gasketed port cover, rated IPX6 for high-pressure water resistance.
At 540 grams (1.2 pounds) and 26,800mAh, the weight-to-capacity ratio matches the honest tier of this market. The Hiluckey T11W weighs 538 grams at 25,000mAh. Anker's PowerCore 26,800 weighs 495 grams. These are products where the number on the label and the battery inside agree. At 99.2 watt-hours, the Riapow sits just under the FAA's 100 Wh carry-on limit.
Riapow describes itself as a company focused on solar charging and wireless power solutions. They offer multiple variants of this power bank, including models with four solar panels and built-in cables. This review covers the flagship single-panel wireless model, which is the most commonly sold version on Amazon. Riapow lists a 12-month warranty.
Why it works
The wireless charging is the actual differentiator
In a power outage at 2 AM, placing your phone on top of a power bank to charge is simpler than finding a cable in the dark. That is the real value of Qi wireless on a preparedness power bank. The 5W wireless output is not fast, but it works without fumbling, without matching ports, and without a cable that might have been borrowed, lost, or broken.
The wired outputs are capable too. QC 3.0 at 3A through the USB-A ports delivers meaningful fast charging for compatible devices. The USB-C port handles both input and output, making it easy to refill the Riapow from a wall outlet or a solar panel. Three phones charging simultaneously from different ports is a real scenario in a household outage, and the Riapow handles it.
The IPX6 rating is a step above most competitors. IPX5 (splash resistance) is the standard in this category. IPX6 means the unit handles sustained high-pressure water jets, not just rain or spills. For a power bank that lives in a go-bag, a truck bed, or an outdoor pack, the extra water protection matters.
Riapow is transparent about solar limitations. Their listing says: "Please make sure the power bank is fully charged by USB cable before your trips as the solar charging is for emergency use only." That honesty sets the right expectations.
What owners actually say
Liked as a power bank, forgiven for solar, debated on wireless
Owner reviews follow a consistent pattern. The capacity draws praise: multiple owners report three to four full phone charges, which aligns with roughly 17,000 to 18,000 mAh of usable output after conversion losses. The build quality is described as "solid" and "seems indestructible." Several owners mention keeping one in a truck or go-bag specifically because of the rugged construction.
An archaeologist who bought three for an off-grid project reported charging an iPhone 11 Pro about two times and an iPad twice per unit. That is consistent with the rated capacity and typical conversion losses. The disappointment was with solar: despite weeks in the field, solar charging never contributed meaningfully.
An owner who traveled with it in Kenya reported that the solar indicator showed charging all day, but the battery level never rose above the first LED indicator. This is the 1.9W single-panel reality: the panel produces current, but not enough to overcome the battery's self-discharge rate on hot days.
Wireless charging feedback is mixed. Owners who use it casually with thin cases are satisfied. Those with thick protective cases or metal-backed cases report alignment difficulty and slow or failed charging. The wireless pad lacks any grip texture, so the phone slides off on uneven surfaces. Several reviewers suggest placing a rubber band around the unit to keep the phone positioned.
The one thing to know
Choose this for wireless, choose the Hiluckey for solar
The Riapow and the Hiluckey T11W sit in the same weight class with comparable capacity. The difference is how they spend their design budget. The Hiluckey puts it into four solar panels at 5 to 6 watts. The Riapow puts it into Qi wireless and IPX6 water resistance, with only 1.9 watts of solar.
If extending battery life through solar charging is your priority, the Hiluckey delivers three to four times the solar input and generates meaningful daily charge. If wireless convenience and water resistance are more important, and you plan to charge from a wall outlet before you need it, the Riapow is the better match. Both are honest products at fair prices. The choice depends on which feature matters more in your plan.
How it fails, and what it costs over time
Standard lithium aging, one wireless-specific risk
The battery follows the same lithium-polymer aging curve as every other power bank: gradual capacity loss over hundreds of charge cycles, accelerated by heat. Expect two to four years of useful life with moderate use.
The wireless charging coil is an additional failure point that wired-only power banks do not have. Several owners of similar products report wireless output becoming intermittent after a year or more of regular use, while wired ports continue to function normally. If wireless fails, you still have three wired output options.
At $17 to $30, replacement every three years works out to $6 to $10 per year. No consumables, no fuel, negligible electricity to recharge.
Riapow recommends recharging the unit every three months if not in regular use. Lithium-polymer batteries left discharged for extended periods can degrade faster or fail to accept a charge. Set a quarterly reminder if it lives in a kit.
Who should skip this
Two reasons to look elsewhere
Anyone who needs solar to extend beyond three days. The 1.9W single panel adds almost nothing in practical terms. An owner in direct equatorial sun for an entire day could not move the charge indicator past its lowest mark. If solar charging matters to your plan, the Hiluckey T11W delivers three to four times the solar input at a similar price and weight.
Anyone who already has a quality power bank and wants to add solar. A separate folding USB solar panel paired with any power bank delivers 15 to 28 watts of real solar charging. The Riapow's panel is not a reason to replace an existing power bank.
Alternatives worth knowing
What else to consider
Hiluckey T11W (~$28–$47) — best solar in the category
Same weight and capacity tier, but four panels at 5 to 6 watts versus one panel at 1.9 watts. No wireless charging. The right choice when solar input is the priority. Read our review.
BLAVOR PN-W12 (~$45–$55) — PD fast charging, UL2056 certified
20,000mAh with PD18W/QC3.0 fast charging, 10W Qi wireless (faster than Riapow's 5W), and UL2056 safety certification. Smaller capacity, higher price, better safety credentials. Read our review.
Anker PowerCore 26,800 (~$50–$60) — no solar, verified everything
Same capacity class, no solar panel, no wireless. Just a rock-solid power bank from a brand with rigorous independent testing, full certifications, and a warranty that means something. The benchmark for verified capacity.
Common questions
Is the Riapow 26,800mAh capacity real?
Yes, the claim appears credible. At 540 grams, the weight-to-capacity ratio is consistent with legitimate lithium-polymer cells, similar to the Hiluckey at 538 grams and 25,000 mAh. Owner reports of three to four phone charges align with roughly 17,000 to 18,000 mAh of usable output after standard voltage conversion losses.
Can you take the Riapow on an airplane?
Yes, but barely. At 26,800 mAh and 3.7V, it stores approximately 99.2 watt-hours, just under the FAA 100 Wh carry-on limit. It must travel in your carry-on bag, never in checked luggage. If Riapow ever rounds the capacity up on a future model, it would cross the 100 Wh threshold.
How does Riapow's wireless charging compare to wired?
The Qi wireless output runs at 5 watts, roughly one-third to one-half the speed of the wired USB outputs. It also loses more energy to heat during induction. Wireless is convenient when fumbling with cables is difficult; wired is more efficient. Use wired for efficiency, wireless for convenience.
How does the Riapow compare to the Hiluckey?
Both have credible capacity in the same weight class. The Hiluckey has four solar panels producing 5 to 6 watts. The Riapow has one panel at 1.9 watts but adds Qi wireless and IPX6 water resistance. If solar input matters more, the Hiluckey is the better product. If wireless and water resistance matter more, the Riapow has the edge.