Solar Backpacks

(1)Solar Powered
(2)Multi-Level Storage Space
(3)Imbricate Structure Technology

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What Is A Solar Backpack?

The solar backpack is a backpack with a solar panel system. It comprises solar panels, LiFePO4 Battery, charge controllers, cables, and individual layers, making it ideal for hiking, camping, and travel. Its photovoltaic panels are mounted on the top or back of the backpack and generate electricity whenever it is exposed to full sunlight, which is used to power electrical devices such as phones, tablets or other electronics. After power supply, it can store excess power in mobile solar cells, allowing users to have sufficient power supply at any time.

How Does A Solar Backpack Work?

Most of the photovoltaic cells in a solar system backpack can produce 120 watts of electricity per day and are the energy converters for the entire power generation system. It produces electricity through the photovoltaic effect, also known as the internal photoelectric effect. When sunlight shines on a solar cell, the cell absorbs light energy and produces photogenerated electron-hole pairs.

Under the action of the built-in electric field of the battery, they are separated, and there is an accumulation of charges of different signs at both ends of the battery, that is, a photogenerated voltage is generated. If electrodes are drawn out on both sides of the built-in electric field and a load is connected, current will flow through the load, thereby obtaining power output and completing the conversion of light energy into electrical energy. The power generated by the electric panel can be directly stored in the battery, and can also be integrated into the power grid through the inverter to dispatch and use the electric energy.


Features Of Solar Panel Backpack

Solar Powered: The monocrystalline silicon solar panel of the solar backpack is assembled from several monocrystalline silicon cells on one board. The photoelectric conversion efficiency reaches up to 24%, and the charging conversion efficiency is higher than that of polycrystalline solar panels. It can absorb solar energy more quickly and convert it into electric charge to quickly power devices in times of emergency and avoid users losing contact with the outside world.

Multi-Level Storage Space: The solar backpack's multi-layer construction design allows it to have multiple pockets, including side pockets, interior as well as exterior pockets. These bags help users organize and place various digital products and daily necessities needed for travel in a neat and reasonable manner, so that they can be found quickly when needed.

Removable Battery Panel: Parts of hiking solar backpacks have removable solar panel that is attached to the backpack using hiking buckles. They can be removed from the pack at any time and placed on the surface of the tent or on the grass to get more sunlight, so that they can build up power faster. When the user is on the move, the panels can be mounted to the surface of the backpack to store power without interfering with mobility.

Imbricate Structure Technology: The solar backpack's battery panels use shingled structure technology with a honeycomb pattern on the surface to make the connections between the battery sheets closer. This kind of battery uses active materials to replace lead, and increases the content of the electrolyte and the surface area of the electrode, making it highly transmittable, which can increase photoelectric conversion by 5% and has a light-concentrating effect.

Waterproof: The backpack is protected from the potential effects of rain and snow, keeping your electronics and personal belongings dry and safe. It's made with waterproof materials and lining, such as 300D polyester and 600D Pu, as well as double-stitching and stress-point reinforced construction technology, making it waterproof, abrasion-resistant, and tear-resistant.

External USB Port: The solar backpack's USB charging port is located on the side, bottom, or above the shoulder straps of the backpack, allowing you to charge a variety of electronic devices while on the go without taking off the bag. It has a waterproof design with a silicone lid for a tight seal.


● Color: camouflage, navy blue, gray, white, brown, black

● Power: 30W, 20W, 10W

● Battery capacity: 5000 mAh

● Output parameters: 5V/3A; 9V/2A; 12V/1.5A; 5V/2A

● Size: 380x150x620 mm, 50L; 480x320x160 mm, 20L; 330x170x460 mm, 30L; 440x300x130 mm, 30L

● Material: 600D nylon, ETFE material, 300D polyester;Lining: nylon, polyester, polyester

● Compatible Devices: Cell Phones, Other USB


How To Use The Solar Backpack For Charging?

1. Users can directly connect the device to the USB port on the solar backpack for charging. This usage is especially suitable for situations where users need electricity urgently or the mobile power supply runs out of energy, which is faster and more convenient.

2. Users can first let the solar backpack fully charge the mobile power supply, and then charge the mobile phone through the fully charged mobile power supply. This method is especially suitable for cloudy days and insufficient solar energy. When the mobile power supply supplies power to the device, the solar backpack's panels can store electricity at the same time to prepare for the next power supply.

Why Do You Need A Portable Solar Backpack?

Free Source Of Energy

Solar backpacks utilize eco-friendly solar energy to charge your devices,which will save you money on energy costs.

Environmental Friendly
It reduces dependence on limited fossil fuels and helps reduce carbon emissions.


Study Or Work Anytime
It allows users to keep their devices online at any time to complete study and work tasks, even on the way to work.


Energy Independence

A solar backpack stores excess power after your device is charged for next use, so you don't have to scramble to find an outlet or charging station.

Application Scenarios

1.Traveling: it powers travelers' small batteries, cell phones, cameras, and other USB devices.
2.Commuters: to charge their tablets, cell phones, computers and other devices during their commute.
3.Outdoor activities: the backpack provides emergency backup power to keep radios, broadcasting devices functioning to maintain contact with the outside world.
4.Remote areas: it powers medical equipment for public service workers and devices that do not have access to utility grid power.
5.Schools: The solar backpack can be connected to a TV or projector that can display a lesson or PowerPoint on a large screen, providing children with the opportunity to learn from online videos, digital tools and data.



1.Avoid using solar backpack in extremely hot or cold weather.

2.Do not expose its charger to direct heat or sunlight.

3.Do not abuse, knock or damage the battery.

4.Watch for any warning signs: A buzzing or hissing sound from the battery panel may indicate a damaged or failed battery or panel.

5.Make sure the battery is fully charged before use to avoid affecting the power output.

6.Do not let the entire solar panel be immersed in water.

7.Regularly clean the surface of the solar panel and recharge the battery.


Q: Does the solar backpack work indoors or on cloudy days?

A: It is suitable for sunny, cloudy and cloudy environments. As long as there is ultraviolet light, its panel will work, but the efficiency will be different.

Q: Is solar panel backpack Waterproof?

A: Most solar backpacks use wear-resistant, durable, and breathable polyester fiber fabrics, such as nylon, polyester, etc. These materials themselves do not have waterproof properties, but they can be improved through waterproof coating treatment. The waterproof layer of backpacks is generally made of plastic materials such as TPU or PVC, which have waterproof properties.

Q: What devices can be charged by the solar backpack?


1. Mobile devices such as mobile phones, tablets, and laptops;

2. Digital cameras, digital still cameras, action cameras and other photography equipment;

3. MP3, MP4, speakers and other music equipment;

4. LED lights, flashlights and other lighting equipment;

5. GPS, electronic compass and other outdoor equipment;

6. Other small appliances that can accept USB or DC power.

Q: How long does it take to charge a solar backpack?

A: The charging time depends on factors such as the size of the solar panel, light intensity, and battery capacity. It generally takes 4-5 hours to charge.

Q: Why is it so popular?

A: In addition to charging electronic devices, the backpack also features low energy costs, portability and environmental protection.

Q: What special design does the solar backpack have?

A: Some solar backpacks are equipped with cold packs and moisture-proof bags, which are convenient for users to carry food or things that need to be stored at low temperatures during short trips.

Q: What outdoor activities is the solar backpack suitable for?

A: The solar backpack is suitable for outdoor activities such as hiking, camping, field photography, bicycle travel, mountain climbing and so on.

Q: Can the solar backpack charge multiple devices at one time?

A: The charger of this backpack has a main USB port, and you can use the all-in-one cable to power different devices at the same time, but the charging speed will be reduced.

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