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BioLite SolarPanel 100 vs BLUETTI SORA 500 Portable Solar Panel

BioLite SolarPanel 100 vs BLUETTI SORA 500 Portable Solar Panel compared spec-by-spec. Real-world output, efficiency, pricing, pros, cons, and our verdict on which solar panel to buy.

Specification
A — biolite

BioLite SolarPanel 100

7.9/10
$300
$350 Save $50
Check Price on Amazon
B — bluetti

BLUETTI SORA 500 Portable Solar Panel

8.2/10
$799
Check Price on BLUETTI
Wattage 100 500
Panel Type monocrystalline monocrystalline
Efficiency Pct 22
Weight 10.4 lbs ✓ Winner 28.4 lbs
Dimensions 52.8 x 20.9 x 1.0 in (unfolded)
Connector Type MC4 + USB-C + USB-A
Ip Rating IPX4
Warranty 1 years
Foldable Yes Yes
Voc 21.8
Isc 6.06
Vmp 18
Imp 5.55
Operating Temp 14-113F
Cells PERC monocrystalline
Frame fabric with integrated sundial
Kickstand Yes
Cell Type N-type

Buy the BioLite SolarPanel 100

Best prices · Updated hourly

Buy the BLUETTI SORA 500 Portable Solar Panel

Best prices · Updated hourly

Who Should Buy the BioLite SolarPanel 100?

The BioLite SolarPanel 100 is the right fit for camping foldable, portable power stations, backpacking. At 100W with 22% efficiency, it works well as a compact, flexible charging option.

Key advantages include: integrated 360-degree sundial for optimal sun alignment; built-in usb-c and usb-a ports for direct device charging; only 10.4 lbs — lighter than most 100w foldable panels. At 10.4 lbs, it's manageable for rooftop and portable installs.

At $300 ($3.00/W), the BioLite SolarPanel 100 scores 7.9/10 — a capable option for budget-conscious buyers.

Who Should Buy the BLUETTI SORA 500 Portable Solar Panel?

The BLUETTI SORA 500 Portable Solar Panel is the right fit for portable power stations, rv roof mount, camping foldable. At 500W, it is a high-output panel suited for serious off-grid installs.

Key advantages include: 500w in a single foldable panel — one of the highest-output portable panels you can fold up and carry; n-type cells hold efficiency better in heat and low light than older p-type mono panels; foldable form factor packs down for rv, camping, and off-grid charging without permanent mounting. At 28.4 lbs, it's a fixed-mount panel best installed once and left in place.

At $799 ($1.60/W), the BLUETTI SORA 500 Portable Solar Panel scores 8.2/10 — a strong all-around performer.

How Do the Specs Compare?

Wattage: The BLUETTI SORA 500 Portable Solar Panel puts out more power at 500W versus 100W for the BioLite SolarPanel 100. Higher wattage means faster charging and more energy harvested per square foot of roof or ground space — a priority for larger systems.

Weight: The BioLite SolarPanel 100 weighs 10.4 lbs versus 28.4 lbs for the BLUETTI SORA 500 Portable Solar Panel. For portable use, that weight difference is noticeable — lighter panels are easier to reposition as the sun moves.

Cost per watt: The BLUETTI SORA 500 Portable Solar Panel offers better value at $1.60/W versus $3.00/W. Cost-per-watt is the most useful metric for comparing solar panels at different wattage levels.

Price: The BioLite SolarPanel 100 costs $300 versus $799 for the BLUETTI SORA 500 Portable Solar Panel — a $499 difference. When scaling to a multi-panel system, that per-panel cost difference compounds quickly.

🏆 Our Verdict

Choose the BioLite SolarPanel 100 if you need a more portable option at 10.4 lbs .

Choose the BLUETTI SORA 500 Portable Solar Panel if you prioritize premium features and build quality .

Related

Frequently Asked Questions

Is the BioLite SolarPanel 100 better than the BLUETTI SORA 500 Portable Solar Panel?
The BLUETTI SORA 500 Portable Solar Panel scores 8.2/10 vs 7.9/10 overall. Choose based on whether you prioritize value and portability.
Which is more portable, BioLite SolarPanel 100 or BLUETTI SORA 500 Portable Solar Panel?
The BioLite SolarPanel 100 is lighter at 10.4 lbs vs 28.4 lbs.
Which offers better value, BioLite SolarPanel 100 or BLUETTI SORA 500 Portable Solar Panel?
The BioLite SolarPanel 100 costs $300 while the BLUETTI SORA 500 Portable Solar Panel costs $799. Compare their wattage and efficiency to determine cost-per-watt value.