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Poweradd Apollo 3 Review

Poweradd
Price:   $80 List
Pros:  Large battery, high amperage output, sleek design
Cons:  Weak and small solar panel, must be recharged via wall outlet, expensive, uncovered USB ports
Editors' Rating:     
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Manufacturer:   Poweradd

Our Verdict

The Apollo 3 is a beautifully designed and powerful external battery. Note we did not say anything about a solar panel. As with all devices that integrate a small solar panel and a battery, it is best to consider the solar recharging capacity as an "emergency use only" feature. That means don't count on it. Ironically, that also means it's not going to work any better in the actual event of an emergency, but nevermind that detail. False advertising (industry wide) aside, the device charged rapidly via a wall outlet and turned around and charged our devices quickly as well. If you're the type that likes a shred of hope (and accepts the risk of dashed ones), this might be the device for you. But all this negativity aside, the Apollo 3 still managed to perform on par with the competition, bolstered by its large and powerful battery.


RELATED REVIEW: The Best Portable Solar Panels of 2017 for Camping and Travel

select up to 5 products
Score Product Price Panel Size (watts) Weight (measured) Battery kit?
78
$80
Editors' Choice Award
15 12.5 panel only
76
$170
Top Pick Award
7 (plus 12 W battery) 25.1 panel + battery kit
71
$80
Best Buy Award
10 20.9 panel + battery kit
62
$65
1.2 (reported on device) 5.8 w/ carabiner; 5.8 w/o hybrid battery charger
62
$100
1.2 5.3 hybrid battery charger
60
$130
3.5 13.3 w/ case and carabiner; 9 w/o case or carabiner hybrid battery charger
59
$80
not reported 7.6 hybrid battery charger
57
$110
5 22.1 w/ carabiner; panel + battery kit
57
$28
1.2 (claimed on website, math be damned--should be 1W) 6.1 w/ carabiner; 5.8 w/o carabiner hybrid battery charger

Our Analysis and Hands-on Test Results

Review by:
Lyra Pierotti
Review Editor
OutdoorGearLab

Last Updated:
Saturday
January 30, 2016

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The Apollo 3 soared high above the competition when we actually plugged into it for a charge--but it lagged far behind in the solar realm. It was a challenging device to review, but we certainly didn't dislike it, overall.

Performance Comparison


Testing the solar chargers on the roof of a hut at 11 000 feet on Mount Erebus  Antarctica. Unfortunately  we were never able to get the Poweradd Apollo 3 to charge from the sun.
Testing the solar chargers on the roof of a hut at 11,000 feet on Mount Erebus, Antarctica. Unfortunately, we were never able to get the Poweradd Apollo 3 to charge from the sun.

Output Power


The Apollo 3 was a tricky device to rate for output power. With integrated solar/battery chargers, such as this one, we have to consider two phases of output power: the ability of the sun to charge the battery, and the ability of that battery to charge our devices. This charger boasts a powerful and large battery, compared to the other similar devices we reviewed with integrated batteries, such as the Creative Edge Solar-5+, the Levin Dual USB Port 6000mAh Panel, and the SunFerno Flintstone. However, it also lagged behind the curve in its ability to charge that powerful battery from the sun.

The left port is rated to 1A while the right one is rated for 2A  but they both charge a smartphone at the same rate.
The left port is rated to 1A while the right one is rated for 2A, but they both charge a smartphone at the same rate.

The Apollo 3 was the only charger in our review which did not advertise the amperage or wattage of its solar panel online or stamped on the back of the device. When we contacted the company, their response was that they were not sure because it depends on the sunshine. We read this to mean that they just didn't want to talk about the itsy bitsy solar panel, underlining that these integrated panel/battery devices really are not meant to be relied upon for their solar-recharging abilities. Interestingly, however, the original packaging lists the solar charging specs: 5V or 150mA. This was the smallest amperage input of the solar panels in this review, and perhaps not surprising that it did not actually produce a charge from the sun.

Here we can clearly see the benefit of the right 2A port (top) which will charge an iPad twice as fast as the 1A port.
Here we can clearly see the benefit of the right 2A port (top) which will charge an iPad twice as fast as the 1A port.

The only advantage, therefore, of the Apollo 3 over its direct competitors (the other integrated devices), is that it charges twice as fast (at least) and ten times (or something) more reliably from the wall than any of the other batteries we tested. It would take only about three to four hours to charge up from the wall.

This is also a device that tells you exactly how much juice is left in its battery, without doubt or question (unlike the Creative Edge which never registered a full charge). And then it will charge two devices at the same time, pumping out 3 amps of current to two ports labeled for the 1 or 2 amps it puts out (with stylish lightning bolts, one for the 1 amp port and two for the 2 amp port). This means that the big (and, albeit, heavier) battery will charge up your iPhone and your iPad at the same time! With, of course, considerable loss in total battery percentage points--two-at-a-time charging will bring your two devices back from the dead, but you won't get a full charge out of either.

In general, the max we could get out of a fully charged Apollo 3 was 2-3 smartphone charges (as advertised) or 50% of an iPad charge (though they advertise one full iPad charge--we never got more than half).

Ease of Use


Though we could not realistically get a charge from the sun with the Apollo 3, it was otherwise a very user-friendly charger. This, ironically, caused it to score on par with the similar Creative Edge, Levin, and SunFerno devices, even though it didn't charge reliably (or at all) from the sun. Perhaps we got a solar-panel lemon, but the rest of the electronics of the Apollo 3 were so solid and reliable, we are surprised by the underperformance of the solar panel. In addition, last year, the Apollo 2 charged up fully from the sun (even though it took several days).

Testing solar panels while acclimating at about 9 000 feet on Mount Erebus  Antarctica. Here are all the pocket sized chargers with an integrated battery that we tested. From L to R: Levin  Creative Edge  SunFerno  and Poweradd Apollo.
Testing solar panels while acclimating at about 9,000 feet on Mount Erebus, Antarctica. Here are all the pocket sized chargers with an integrated battery that we tested. From L to R: Levin, Creative Edge, SunFerno, and Poweradd Apollo.

The other three integrated devices did pick up a little power from the sun in side-by-side tests, when the Apollo 3 did not. However, since most users will (or should!) be leaving the house with the integrated battery all charged up, we believe the Apollo 3 is, in our opinion, still on par. Assuming similar user habits for the integrated solar/battery devices, we believe the Apollo 3's lack of solar re-charging (or "emergency" charging) is compensated for in the much larger battery, the high amperage, and the more reliable indicator LEDs.

Weight


While still relatively lightweight in our overall review, this device is about 40% heavier than the other three similar chargers. Percentage-wise, this is a ton; however, it is really only a difference of 2 ounces. The device still scores high for its light weight, but keep in mind that the heftier battery means it's a heavier device for the size.

Versatility


Poweradd claims that the Apollo 3 will work optimally under -20 to 60 degree Celsius temperatures, so we put that to the test. We set the panel out to charge in sub-zero temperatures in Antarctica, and after a full day of charging (in the 24 hour sunlight) we saw exactly zero charge on the battery--it was just as dead as when we set it out. The Apollo 2 performed much better in similar conditions last year, charging fully in roughly 50 hours of sunlight.

Portability


This device, like the SunFerno, Creative Edge, and Levin chargers, will slip easily into a back pocket, and fit anywhere a smartphone will. The Apollo 3 in particular feels more sleek and stylish than the other three, and proved more reliable as a charger (minus the solar component), so we were more apt to tote it along in our bags or pockets. It is heavier and feels more rugged than the other three, but it does not have the soft and bouncy silicone casing of the others: it is hard plastic all around.

The Apollo 3's major Achilles Heel, however, is that it has no port covers. When we took this device along on our snowy adventures, the ports filled up with snow. Not desirable--this unfortunate design oversight detracted from its score for portability.

Testing solar panels while acclimating at about 9 000 feet on Mount Erebus  Antarctica. Here  the USB terminals on the Apollo 3 are jammed with snow after charging propped up against our tent.
Testing solar panels while acclimating at about 9,000 feet on Mount Erebus, Antarctica. Here, the USB terminals on the Apollo 3 are jammed with snow after charging propped up against our tent.

Best Applications


If you hang out somewhere with lots of sun and you have the opportunity to leave this charger out in full sun for a long time--and in turn, you don't need to charge often with it, then it may very well work out for you. For all others, perhaps the Apollo 2 is still a better option; otherwise, check out the other panels in this review, such as the Creative Edge Solar-5 and the SunFerno Flintstone if you're set on the style, or the Goal Zero Venture 30 kit, our overall winner. Ultimately, you might be better served by a lighter weight and less expensive external battery, since this device functions only as a battery.

Value


For our price per watt value metric to work, we have to know the official wattage of the panel. Poweradd does not advertise or disclose (even after several emails) the wattage of this panel, but it is probably in the 1-2W range. If that is the case, it would be $40-$80/watt, which is shocking except that we must factor in the value of a battery. In this case, it is only the battery that is of value (when it is charged at home), so this turns into a very expensive external battery. We sincerely hope that the Apollo 4 addresses the charging issues, because we really liked the Apollo 2!

Conclusion


The Apollo 3 raises the biggest question in the portable solar panel industry today: just where do we draw the line of compromises between solar and battery perfomance in these integrated devices? The Apollo 3 severely underperformed in the solar category, but it worked great as a battery. In the end, the Apollo 3 should be considered a great (and stylish) external battery to charge your USB devices. We hope that Poweradd will improve the panel (or use the one from the Apollo 2?) for their next iteration, and put a couple protective plugs in the USB ports. With those improvements, this would be the best of its class. For now, it is just one big (so to speak) false promise.

Other Versions and Accessories


Included: micro-USB cable
Poweradd Apollo 2 (still a relevant device, and better solar performance)
Lyra Pierotti

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