Description
Civilization Ends at the Last Extension Cord. Power Begins Where the Sun Touches Silicon.
A portable power station without a solar input is just a battery with a countdown timer. The MHPOWOS 110W foldable solar panel transforms your generator from a finite energy reservoir into a self-renewing microgrid — one that refuels silently, without fumes, without engine noise, and without the logistical chain of gasoline procurement. Unfold the four monocrystalline panels across the ground, a vehicle roof, or a camp table, and within seconds you are converting photon flux into usable 20V DC output through the integrated MC4-to-DC5521 cable system. This is the panel that closes the loop between consumption and replenishment.
Each of the four panel segments uses monocrystalline silicon cells with an efficiency rating exceeding 23% — the same cell architecture found in permanent rooftop installations, laminated into a lightweight, fabric-backed foldable substrate that weighs just 4.5 kg (10 lbs). The ETFE (ethylene tetrafluoroethylene) surface coating provides UV resistance, scratch protection, and a self-cleaning hydrophobic layer that sheds rain and dust. When stowed, the panel collapses to the footprint of a briefcase and slides into the included carry bag. When deployed, it covers 1.2 square meters of solar collection surface — enough to charge a 500Wh power station from 0 to 80% in roughly 4 hours of direct summer sun.
Compatibility is universal: the MHPOWOS 110W panel connects directly to Jackery, Goal Zero, EcoFlow, Bluetti, Anker, and virtually any portable power station that accepts DC input via 8mm barrel, Anderson, or MC4 connectors. The onboard USB-C and USB-A output ports also allow direct device charging — bypass the power station entirely and charge your phone, tablet, or drone batteries straight from the panel when every watt-hour counts. For the overlander, the disaster-preparedness planner, the van-life nomad, or the weekend camper who refuses to let a dead battery curtail the trip, this panel converts the most abundant energy source on the planet into the most portable form factor in the market.
Your power station carries the spark. The sun carries the fuel.
Key Features
- ✦ 110W Rated Output — Monocrystalline Silicon, 23%+ Cell Efficiency — Professional-grade photovoltaic cells identical to rooftop solar, optimized for portable deployment
- ✦ Universal Power Station Compatibility — Works with Jackery, Goal Zero, EcoFlow, Bluetti, Anker, and any station with DC5521/8mm/Anderson/MC4 input via included adapter kit
- ✦ Integrated USB-C (18W) + USB-A (12W) Outputs — Charge phones, tablets, and small devices directly from the panel without a power station intermediary
- ✦ 4-Panel Foldable Design, 4.5 kg / 10 lbs — Briefcase footprint when stowed, 1.2 m² collection surface when deployed. Carry bag included.
- ✦ ETFE Surface Coating — UV-resistant, scratch-resistant, hydrophobic — self-cleaning in rain, maintains transparency for 10+ years of field use
- ✦ IP65 Weather Resistance — Protected against rain, dust, and splashing — designed to be left deployed during passing showers
- ✦ Kickstand-Adjustable Angle — Integrated legs tilt the array for optimal solar incidence angle, adding 15–25% to daily energy harvest versus flat-lay deployment
Technical Specifications
- Brand: MHPOWOS
- Rated Power: 110W (STC)
- Cell Type: Monocrystalline silicon, 23%+ conversion efficiency
- Output Voltage: 20V DC (regulated)
- Output Ports: DC5521 barrel (main), USB-C 18W PD, USB-A 12W QC 3.0
- Panel Configuration: 4-panel foldable array, fabric-backed
- Surface Coating: ETFE (ethylene tetrafluoroethylene), UV-stabilized
- Weight: 4.5 kg / 10 lbs
- Unfolded Dimensions: Approximately 132 × 54 × 2.5 cm (52 × 21.3 × 1 in)
- Weather Rating: IP65 (dust-tight, protected against water jets)
- Included: MC4-to-DC5521 cable, 8mm adapter, Anderson adapter, USB-C cable, carry bag, user manual
Application Scenarios
The Dawn Array is built for the person who understands that a generator is only as capable as its fuel source is accessible. Overlanders and van-lifers deploy it on vehicle roofs or spread it across desert campsites to keep refrigerators, CPAP machines, and communication gear running indefinitely. Emergency preparedness planners stock it alongside 500–1000Wh power stations as the zero-maintenance, zero-fuel backup for extended grid outages. Outdoor professionals — wildlife photographers, field researchers, remote construction crews — use it to power laptops, camera batteries, and survey equipment at sites where generator noise would be unacceptable. And for the weekend camper upgrading from disposable propane to rechargeable lithium, it represents the moment when camping becomes energy-independent.
Frequently Asked Questions
Q: How long does it take to charge a 500Wh power station?
A: Under ideal conditions (direct summer sun, panels angled at 90° incidence): approximately 4 hours from 0% to 80%, and 5.5 hours to full. Real-world times vary with cloud cover, latitude, season, and panel orientation. In overcast conditions, expect roughly 25–40% of rated output.
Q: Can I daisy-chain two of these panels together for faster charging?
A: Yes, if your power station supports the combined input voltage and wattage. The panels can be connected in series (40V) or parallel (20V, double current) depending on your station''s maximum PV input specifications. Check your station''s manual for the solar input limits before connecting multiple panels.
Q: Will this work with my Jackery Explorer 500?
A: Yes. The included DC5521 barrel connector plugs directly into Jackery Explorer series units. The Jackery 500 accepts up to 100W solar input — the MHPOWOS 110W panel is slightly over the rating but will be current-limited by the Jackery''s onboard MPPT controller to its maximum safe input. It will charge at the fastest rate the Jackery can accept.
Q: Is it safe to leave the panel deployed in the rain?
A: Yes — the IP65 rating means the panel is protected against rain, splashing water, and dust ingress. The junction box and output ports are sealed. Do not submerge the panel. The ETFE coating is hydrophobic and self-cleaning; dirt and bird droppings rinse off in the next rainfall.
Q: What is the expected lifespan of these panels?
A: Monocrystalline cells degrade at approximately 0.5–0.8% per year under normal use. You can expect 80%+ of rated output after 25 years. The ETFE coating protects against UV yellowing and delamination — the primary failure modes in budget portable panels — extending the practical service life well beyond the 10-year mark.
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