100W Portable Flexible Solar Panel Monocrystalline Waterproof, Dual USB & DC Output DIY Setup for Outdoor Camping, RV
Brand: SOECOPO
Peak Power: 20W–100W (Max)
Solar Cell Type: Monocrystalline Silicon
Surface Material: TPF+EVA2+Monocrystalline Cell+EVA2+TPT
Open-Circuit Voltage (VOC): 14V
Maximum Power Point Voltage (VMPP): 12V
Short-Circuit Current (ISC): 1.22A
Maximum Power Point Current (IMP): 1.6A
Output Ports: Dual USB and DC
Panel Dimensions: 335 x 270 x 2 mm
Weight: 230 g (8.11 oz)
SOECOPO | Focus on outdoor solar solutions, making energy more free.
SOECOPO 100W Portable Flexible Solar Panel
1. Premium Monocrystalline Efficiency
21.5% Conversion Rate: Utilizes A-grade monocrystalline cells to ensure stable power output even in low-light conditions.
Superior Performance: Delivers higher energy density compared to standard polycrystalline panels.
2. Versatile Triple Output Module
Simultaneous Charging: Equipped with dual USB ports and one DC output port to charge multiple devices at once.
Specific Power Specs: USB outputs provide 5V/2.4A (Max), while the DC port provides 12V/1.6A (Max).
Wide Compatibility: Directly powers phones, tablets, power banks, cameras, and GPS, or connects to 12V batteries via DC cable.
3. Ultra-Thin, Flexible & Rugged
Feather-Light Design: Only 2mm thick and weighing just 0.230kg (8.11oz), making it incredibly easy to carry for hiking or travel.
Simple Mounting: Features reinforced eyelets on four corners for easy attachment to tents, RVs, or backpacks using the included carabiners or suction cups.
IP67 Weatherproof: Built with a durable multi-layer lamination (TPF+EVA+Cell+TPT) for waterproof, corrosion, and heat resistance.
Specifications
Brand: SOECOPO
Peak Power: 20W–100W (Max)
Solar Cell Type: Monocrystalline Silicon
Surface Material: TPF+EVA2+Monocrystalline Cell+EVA2+TPT
Open-Circuit Voltage (VOC): 14V
Maximum Power Point Voltage (VMPP): 12V
Short-Circuit Current (ISC): 1.22A
Maximum Power Point Current (IMP): 1.6A
Output Ports: Dual USB and DC
Panel Dimensions: 335 x 270 x 2 mm
Weight: 230 g (8.11 oz)
CRITICAL USER GUIDE
Battery Compatibility: Designed strictly for Lead-Acid or LiFePO4 batteries. Do NOT use with Ternary Lithium batteries.
Direct Link: The DC output can be used via a conversion cable to connect directly to batteries, eliminating the need for complex controller wiring.
Outdoor Use: For maximum efficiency, use in direct sunlight. Avoid placement behind glass, as it significantly reduces power generation.
Frequently Asked Questions (FAQ)
Q1: Why won't it charge under indoor lights or on my balcony?
A: Solar panels require UV rays from natural sunlight to generate power. Artificial light sources like LEDs, desk lamps, or flashlights do not have the necessary intensity to activate the cells.
Solution: Please use the panel outdoors under direct sunlight.
Q2: Why is the charging speed so slow when placed behind a window?
A: Glass reflects and filters out over 60% of solar energy. Even if it looks bright, the energy required for a high-speed charge is blocked.
Advice: For best results, mount the panel outside your tent, RV, or backpack using the reinforced eyelets.
Q3: Why is the output not reaching the "100W" rating?
A: "100W" represents the Peak Power under Standard Test Conditions (STC: 1000W/m2, 25°C).
Real-world factors: Output varies based on sun intensity, time of day, angle of the sun, and atmospheric haze. Power fluctuations are a normal physical characteristic of all solar products.
Q4: Will the panel work if it is partially shaded?
A: Monocrystalline cells are highly sensitive to shadows. If even 10% of the panel is covered by a leaf or shadow, the power output can drop by more than 50%.
Operation Tip: Ensure the entire surface of the panel is fully exposed to clear sunlight with zero obstructions.
Q5: Why does my phone say "Accessory not supported" or stop charging intermittently?
A: This usually happens when a passing cloud causes a sudden drop in voltage, triggering your phone's safety protocol.
Solution: Simply unplug and reconnect the cable. For the most stable experience, we recommend charging a power bank first, then using that to charge your phone.