Adjustable M to XL size
Featuring an adjustable hook-and-loop design inside the hat for a snug fit without obstructing vision.
360-Degree coverage
Solar charging on the go
Traditional solar panels require adjusting to ensure optimal sunlight exposure. EcoFlow Power Hat maintains the optimal angle at all times, eliminating the need for manual adjustments. It charges a mobile phone fully in as fast as 3-4 hours.
*Assuming the phone battery capacity is 4000mAh
Dual Ports for Charging Two Devices at Once
Charge two devices at the same time, such as neck fans, Bluetooth headphones, and mobile phones.
UPF50+, Sun and UV Protection
The EcoFlow Power Hat comes with a lab-tested UV penetration rate of 0%, achieving a sun protection factor of UPF50+. With sun and UV protection, it lets you face the sun without worrying about sunburn or overheating.
Up to 24% Thermal-to-Electrical Conversion for A Cooler Wearing Experience
During the charging process, the brim's solar panels convert up to 24% of absorbed heat into electricity. Compared to a standard black hat, it has a lower surface temperature, providing a cooler experience.
Foldable Design, Easy to Carry
Lightweight and comfortable for extended wear. Easily folds and fits into a backpack for convenient storage, making it the ideal choice for hiking.
IP65 Waterproof and Dustproof-rated Suitable for outdoor use
Works well in wet environments like by the sea or lake, and can be used in light rain. Resistant to sand and dust, splash-proof, and crack-resistant, making it durable and suitable for outdoor use without needing delicate handling.
Suitable For Outdoor Scenarios
Ideal for hiking, mountain climbing, fishing, beach outings, outdoor tasks, and more. Perfect for solar charging during an outdoor activity while also providing sun protection.
What's In The Box
Specs
Rated Power
STC12W（+/-1w）
Cell Type & Efficiency
Perc Monocrystalline Silicon, 23-24%
Dimensions
Medium-Large:7-71/4/ 56-58 cm/22-22.8"
Large-X-Large: 73/8 - 7 5/8 / 59-61 cm/23.2-24"
Open Circuit Voltage
7.8V
Net Weight
13 oz (370g)
Maximum Operating Voltage
6V
Output Ports
USB-A/USB-C
Maximum Operating Current
2A
Output
5V 2.4A Max
Short Circuit Current
2.2A
Waterproof & Dustproof
IP65
Frequently Asked Questions
Yes, it can be replaced as long as the diameter of the string is around 5 mm. You can refer to the quick guide for replacement instructions.
Under certain conditions, this is normal. For the hat to effectively charge your phone, the required light intensity needs to be at least 300-400W/m2 (between 9 AlM and 3 PM, on lightly cloudy or slightly hazy days with direct sunlight). If the light conditions are lower than this (on heavily cloudy days, rainy days, or in shaded areas), the phone will show thatit is charging, but the charging power will be less than the power consumption, resulting in thephone's battery level decreasing.
Yes, it can be washed, but do not soak the hat in water or wash it in a washing machine. The IP65 protection rating does not support waterproofing for soaking. You can clean the hat by wiping it with a damp cloth or rinsing it with water while covering the rubbper plug of the junction box. During the cleaning process, avoid bending the solar chip excessiively as it may crack and affect thepower output.
The hat does not contain a battery, so it does not have any povwer storage capability.
Yes, but it will not prevent charging. It will only reduce the ctharging speed. The unshaded area can still generate power normally and will not be affected by the shaded part.
No, but the phone's power consumption will increase, and the charging power remains constant, which will result in a slower charging speed.
Yes, different brands and models may charge at different speeds, whhich is normal. This is especially noticeable under low light conditions, as different phones have varying requirements for low-speed charging. This product only supports a maximum charging requirement of 5V 2.4A and does not support QC and PD fast charging protocols.
Yes, this is normal. Under insufficient light conditions, the energy maty not be enough to supply two devices simultaneously. The priority of charging depends on the devices' charging strategies. For example, under low light conditions, if an iPhone and a Samsungphone are charging together, the iPhone may draw more current, causing the Samsung phone to ccharge very slowly or not charge at all.