(NOTE: Battery is not included). Multifunctional Charging Port: This Portable inverter features one AC outlet, two 18W USB QC ports, and one 30W PD Type-C port, enabling the simultaneous rapid charging of multiple devices.
MHPOWOS 110W 220W 400W Portable Solar Panel with 7-in-1 Charging Cable. ⚡ High-Efficiency 400W 220W 110W Power & Top-Tier 23.5% Conversion Rate. • Folds down to approx. 37" x 23" x 2.75" (400W) / 23.5" x 21.25" x 2.3" (220W) / 23.5" x 21.25" x 1.57" (110W) (ultra-slim profile!).
It has higher power generation efficiency, stronger adaptability and more durable. that cloud cover or obstacles may reduce charging efficiency. We're happy to help you.24/7 live chat available.
【Waterproof & Durable】The portable 220W solar panel utilizes advanced ETFE lamination technology, providing the solar module with IP67-rated waterproof protection. 【Multi-Port Charging for Any Need】 E-POWO 220W solar panel features 3 charging ports(USB-A,USB-C,USB QC3.0) and includes a 7-in-1 solar adapter (DC5521/35135/5525/7909/8028, Anderson, XT60) for compatibility with most solar generators/portable power stations.
[Compact & Lightweight] Weighing just 15.87 lbs, this Renogy 220W solar panel folds to 27.17"x18.11"x3.15" (4x smaller than rigid panels) with a carry case. Ideal for RV/camping adventures—deploy instantly anywhere.
Various Compatibility with Power Stations :Stable MC4-Connection to XT60,Anderson,DC5521,DC5525,DC7909,DC8020,DC35135.Give your solar connection stability with the superior MC4-connection. This ensures suitable and easy connection for power stations of ecoflow,bluetti,jackery,allpowers and anker solix series power stations.
Itfolds down to 110W: 24.09 x 23.23 x 0.8 in (612 x 590 x 20 mm) / 220W: 24.09 x 23.23 x 1.3 in (612 x 590 x 33 mm) and expands to 110W: 48.23 x 23.23 x 0.12 in (1225 x 590 x 3 mm) / 220W: 90.55 x 23.23 x 0.15 in (2300 x 590 x 3 mm) for use.
110W 220W 400W Bifacial Solar Power Generation: The E-POWO bifacial solar panel 110W 220W 400W captures light from both the front and back sides, increasing the total power generation of the system. Compared to traditional monofacial solar panels, bifacial solar panels can harness more light energy with the help of reflected and scattered light, thereby improving overall power generation efficiency.
Alternatively, the equivalent efficiency has been defined as the sum of the front and rear side efficiencies weighted by the relative amounts of irradiance on both sides. McIntosh, K.R.; Honsberg, C.B.; Wenham, S.R. (1998).