Oscal PM200 200W Foldable Solar Panel - Portable Solar Charging
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The Oscal PM200 200W Foldable Solar Panel delivers 200W of peak solar output at a clean 21V profile, so your power station charges fast and your off-grid plans stay on track. Lightweight, foldable, and built to work with the power station you already own.
Authorized Dealer
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Expert Support Before & After Purchase
Financing Available
| Load | Supported | Notes |
|---|---|---|
| Mid-capacity portable power station (500Wh-1000Wh) | Yes | 200W input can make meaningful progress in a few hours of good sun |
| Large-capacity portable power station (1000Wh+) | Yes | Pair with a second panel if your station supports parallel or series chaining for faster results |
| Small portable power station (under 300Wh) | Yes | Verify your station's max solar input wattage; 200W may exceed the input limit on compact units |
| Direct USB or 12V device charging | No | This panel outputs DC for power station charging; it does not include integrated USB or 12V output ports |
| Oscal PM200 200W Foldable Solar Panel | A standard 100W portable solar panel | |
|---|---|---|
| Peak Output | 200W | 100W (typical) |
| Charge Speed | Charges mid-to-large power stations in hours under good sun | May take all day to meaningfully charge a 500Wh+ station |
| Max Power Voltage | 21V, broadly compatible with most power stations | Varies; may require compatibility verification |
| Max Power Current | 9.5A | Typically 5A to 6A |
| Portability | Foldable, compact for transport | Varies by panel; many are similarly foldable |
| Full Electrical Specs Published | Yes: Voc, Isc, Vmp, Imp all stated | Not always; some budget panels omit Voc and Isc |
| Model | PM200 |
| Peak Power | 200W |
| Maximum Power Voltage (Vmp) | 21V |
| Maximum Power Current (Imp) | 9.5A |
| Open Circuit Voltage (Voc) | 25.2V |
| Short Circuit Current (Isc) | 11.4A |
| Form Factor | Foldable |
The PM200 outputs at 21V maximum power voltage and up to 25.2V open circuit voltage, which falls within the solar input range of most popular portable power stations. To confirm compatibility, check your power station's maximum solar input voltage (Voc) and wattage limits in its manual or spec sheet and compare them against the PM200's figures. If your station's Voc limit is at or above 25.2V and its wattage input limit is at or above 200W, you're in the clear.
Charge time depends on your power station's capacity, its maximum solar input wattage, and real-world sunlight conditions. Under optimal direct sunlight, the PM200 delivers up to 200W of input, which can meaningfully charge a 500Wh power station in roughly 3 to 4 hours of peak sun if the station accepts the full 200W. Partial cloud cover, non-ideal panel angle, and lower solar input limits on your station will all extend that estimate.
Many portable power stations support parallel or series panel connections, which would allow you to use two PM200 units together. Before doing so, verify your power station's maximum solar input wattage, voltage, and current limits to ensure the combined output of two panels doesn't exceed those thresholds. Consult your power station's documentation for guidance on supported chaining configurations.
No. The PM200 is a DC solar panel designed to charge portable power stations through their solar input port. It does not include integrated USB-A, USB-C, or 12V car-socket outputs. To charge phones, laptops, or other devices, you would connect them to your power station, not directly to this panel.
Solar panels in this class typically use MC4 connectors or an MC4-to-proprietary-adapter cable. Check the PM200's included connection hardware and compare it to your power station's solar input port type. If a conversion adapter is needed, verify it matches the current and voltage ratings to avoid a connection bottleneck.
Yes, it will produce some output on overcast days, but significantly less than the 200W peak figure, which is measured under standard test conditions with direct sunlight. On heavily overcast days, usable output can drop to 20% to 30% of peak or lower. For the best real-world charging results, position the panel in unobstructed direct sunlight and orient it toward the sun.
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