Max. Power	110W	Cell Size	182mm × 182mm (7.17in × 7.17in)
Color	Red	Surface material:	ETFE
Model Number	PVS-CD3A-110W	Unfolded Size	147152210mm
Panel Dimensions	735 × 522 × 30mm (28.94 × 20.55 × 1.18in)	Panel Efficiency	110W
Place of Origin	Guangdong, China	Solar Cells	Monocrystalline silicon
Solar Cells Efficiency	≥23.3%	Process Technology	Integrated laminated, lightweight and flexible
Rated Power (Pmax)	110W	Voltage (Vmp)	19.8V
Current (Imp)	6.06A	Open-circuit Voltage (Voc)	23.8V
Short-circuit Current (Isc)	6.66A	Output	DC5521, USB, Type-C
Application	Outdoor	OUT PUT：	XT30: 46V 8.33A
Operating Temperature Range:	-20℃～+60℃	Brand	OEM/PVS
Weight	3.5 kg	Output	DC5521: 19.8V / 6.06A
IP Rate	IP65		USB-A: 5V⎓3A / 9V⎓2A / 12V⎓1.5A
			Type-C: 5V⎓3A / 9V⎓3A / 12V⎓3A
			15V⎓3A / 20V⎓3A

FAQ

Q1: How do solar panels convert sunlight into electricity?

A: Internally, a solar panel consists of numerous solar cells, which are typically made of semiconductor materials. When sunlight strikes the surface of these cells, the energy from the photons excites electrons into motion, thereby generating an electric current.

This process is known as photovoltaic power generation. Simply put, solar panels convert the energy contained in sunlight into usable electrical energy.

Q2: Do solar panels generate direct current (DC) or alternating current (AC)?

A: Solar panels themselves output direct current (DC), not alternating current (AC). To power most household appliances, the DC output typically needs to be converted into AC using an inverter.

However, devices such as mobile phones, tablets, and certain USB-powered gadgets fundamentally operate on DC power; therefore, some solar power systems can directly supply power to these specific devices.

Q3: Can solar panels directly power devices?

A: Some devices can be powered directly, while others cannot. Portable solar panels equipped with USB or Type-C ports can directly charge low-power devices—such as mobile phones or power banks—provided that the sunlight is consistent.

However, for devices with higher voltage and power requirements—such as laptops, refrigerators, or coffee makers—it is generally necessary to pair the solar panel with a charge controller, a storage battery, or a portable power station to ensure a stable and safe power supply.

Q4: Why is it necessary to use a storage battery with solar panels?

A: Because solar power generation is influenced by sunlight intensity, weather conditions, and the time of day, the output is not always consistent.

The function of a storage battery is to first store the electricity generated by the solar panels and then provide a continuous output whenever power is needed.

This ensures that devices can continue to operate even on cloudy days, in the evening, or at night when there is no sunlight. Storage batteries are highly practical for outdoor camping, emergency backup power, and home backup power systems.

Q5: What are the respective functions of the solar panel, the controller, and the inverter?

A: The solar panel is responsible for power generation, converting sunlight into direct current (DC); the controller manages the charging process, preventing overcharging and over-discharging while optimizing the solar input; and the inverter converts the DC power into alternating current (AC) to power standard household appliances.

To put it simply: the solar panel acts as the "generation unit," the controller acts as the "management unit," and the inverter acts as the "conversion unit."

Q6: Can a solar panel charge a mobile phone directly?

A: Yes, it can—provided the solar panel itself features suitable output ports, such as USB or Type-C. Our specific product is equipped with both of these port types. Under favorable lighting conditions, you can typically charge your phone directly.

However, actual charging speeds may vary depending on factors such as weather conditions, panel angle, obstructions, and power output. To ensure a more stable charging experience, many users prefer to first charge a portable power station or power bank, and then use that device to power their mobile phones.

Q7: Can a solar panel power a laptop?

A: Yes, but only if the system's power output and specifications are compatible. Laptops typically have specific requirements regarding voltage, wattage, and port types; relying solely on a low-wattage solar panel is often insufficient to provide a stable power supply.

A more common and reliable approach is to use the solar panel to charge a portable power station first, and then use the power station's AC, DC, or Type-C PD ports to power the laptop.

Q8: Can a solar panel power an outdoor refrigerator?

A: Yes, but such devices typically require pairing with a power storage battery or a portable power station. Although outdoor refrigerators may not necessarily have extremely high wattage requirements, they demand a continuous and stable power supply—something a solar panel cannot guarantee on its own, as its output fluctuates with changing light conditions.

As long as the solar panel's wattage, the storage battery's capacity, and the refrigerator's power consumption are properly matched, the complete system can effectively meet your outdoor refrigeration needs.

Q9: Can a solar panel power appliances like coffee makers or rice cookers?

A: Yes, but you must pay close attention to the power requirements. These types of appliances are typically heating devices; consequently, both their startup wattage and continuous operating wattage are relatively high—far exceeding those of small electronic devices like mobile phones or tablets.

To power them successfully, you generally need a high-wattage solar panel paired with a power storage battery or portable power station that possesses sufficient capacity and a robust inverter output.

Without such a setup, you risk encountering issues where the system is unable to power the device or fails to provide a stable power supply.

Q10: How do I connect a solar panel to a power storage station while camping outdoors?

A: Generally, you should first unfold the solar panel and position it in a spot that receives ample, unobstructed sunlight.

Next, use the appropriate connecting cable to plug the solar panel into the designated solar input port on your power storage station.

Once connected, the power storage station will begin receiving solar energy and charging its internal battery.

When in use, please ensure that the interface specifications, voltage range, and polarity are compatible. Additionally, try to orient the solar panel directly toward the sun to maximize charging efficiency.

Q11: Can solar panels still generate electricity on cloudy days?

A: Yes, but their power generation efficiency will decrease significantly. Since scattered light is still present on cloudy days, solar panels can still capture some light energy; however, their output power is typically much lower than on sunny days.

For low-power devices, slow charging may still be possible on cloudy days; however, for high-power devices, maintaining a stable power supply under cloudy conditions is usually difficult.

Q12: Can solar panels continue to provide power after the sun has set?

A: Once the sun has set, the solar panel itself is essentially unable to continue generating electricity due to the lack of sufficient light input.

However, if the system is paired with a storage battery or a portable power station, it can continue to supply power to devices throughout the night.

In other words, the actual power source at night is the electricity stored during the day, rather than the solar panel itself.

Foldable Solar Panels Portable Solar Charger - Anytime Anywhere Power