Custom solar solutions that power your projects forward.

Custom & OEM solar panels for IoT sensors, security cameras and weather stations.

From prototype to production — one supplier, one contact.
11W foldable charger unfolded flat; dual panels with alignment slots and corner eyelets.

Portable & Foldable Solar Panels

Portable solar panels that fold, carry and deploy in minutes for camping, RVs, boats and emergency backup. Keep batteries, lights and small appliances running quietly off-grid without permanent roof installation.

LinkSolar is a China-based B2B supplier of custom & OEM solar panels, solar cells and mounting hardware. Stock folding panels can be ordered in quantity, and different wattage, fold patterns, outputs and packaging run as OEM projects.

The folding line at a glance

Every folding panel currently stocked, with the figures each product page publishes. A dash means the product page does not state that figure — ask and we will confirm against the actual spec sheet.

Panel Sections Open size Folded size Weight Output Surface
60 W ETFE two-section 2 — — 2.27 kg MC4 + USB-A + USB-C ETFE
60 W four-fold laminated 4 873 × 407 mm 219 × 407 mm — Vmp 18.24 V ETFE
80 W four-section DC & USB 4 — 370 × 252 × 5 mm 2.9 kg USB-A QC3.0 + USB-C + DC ETFE
80 W eight-section 8 — — 2.67 kg XT60 / Anderson / DC + USB ETFE
100 W six-section USB-C 6 — — 2.7 kg DC 20 V / 5 A + USB-C PD 45 W ETFE
100 W ETFE MC4 2 106.68 × 58.42 cm 58.42 × 53.34 cm 3.8 kg MC4 + DC5521/Anderson/XT60/DC7909 adapter ETFE
100 W two-fold fabric 2 — — 2.6 kg — Gray fabric
100 W four-fold 18 V 4 1762 × 426 mm 475 × 426 mm 2.8 kg 18 V Fabric back
100 W two-section kickstands 2 46.46 × 22.95 in 23 × 23.23 in 3.2 kg MC4 + DC/Anderson adapters Fabric
120 W four-fold kickstands 4 169.1 × 47.2 cm 47.2 × 45.4 cm 4.3 kg — —
150 W three-fold 3 56.73 × 22.8 in 20.79 × 22.8 × 1.38 in 4.2 kg 17.4 V / 8.62 A —
200 W six-section 24 V 6 268 × 46 cm 46 × 41.5 cm 5 kg 24 V MC4 —
200 W eight-section blanket 8 61.41 × 31.89 in 16.14 × 15.35 × 3.07 in ~4 kg USB-C PD3.0 45 W ETFE
200 W fabric four-section 4 85.2 × 23.5 in 23.5 × 21.25 × 2.3 in — MC4 + adapters ETFE / fabric
200 W UC-200 six-section 6 2560 × 460 × 25 mm 460 × 415 × 75 mm 4.8 kg 20 V working —
200 W TOPCon 18BB 4 200 × 62 cm 62 × 53 cm 5.76 kg Voc 21.11 V —
220 W bifacial 4 — 510 × 620 × 70 mm — Bifacial cells ETFE + alloy frame
300 W ETFE 4 2350 × 850 mm 850 × 615 mm — Vmp 23.5 V / 12.76 A ETFE

Which portable solar panel size do you need?

Match the panel to what it has to charge, not to the biggest number on the box.

  • 10–45 W USB chargers (10 W, 11 W, 21 W, 28 W, 30 W, 40 W, 45 W): phones, power banks, headlamps and GPS units straight from USB-A or USB-C. The 10 W and 11 W fabric-backed chargers are the hiking class; the 45 W four-section charger adds USB-C PD for tablets and small laptops. Most of them are also grouped under solar phone chargers.
  • 60–120 W folding panels (60 W, 80 W, 100 W, 120 W): portable power stations and 12 V batteries at camp. Choose by output: USB-C PD 45 W on the 100 W six-section panel for laptops, DC plus USB on the 80 W four-section panel, and an MC4 adapter cable on the 100 W ETFE panel for charge controllers and power stations.
  • 150–220 W panels and blankets (150 W, 200 W, 220 W bifacial): larger power stations, 12 V and 24 V battery banks, pop-up campers and boats. The 200 W six-section panel outputs 24 V on MC4, the 200 W eight-section model is the blanket format, and the 220 W bifacial panel has an alloy frame for ground use.

Fold format, surface and stands

Two-section panels are the quickest to deploy; four-, six- and eight-section panels pack smaller for the same wattage. Fabric-backed chargers are built for carrying, laminated ETFE panels (60 W, 80 W, 100 W) are built for abrasion and sun, and the PET-surface 40 W charger is the lower-cost option. Several 60 W and larger panels are listed with kickstands or rear supports so they can be angled toward the sun, and a carry pouch is included on the models that name it.

Portable, foldable or flexible?

Portable and foldable panels are set up and packed away each day. If the panel is going to live on a curved RV, van or boat roof, you want a bonded flexible solar panel instead; the RV solar panels page covers typical 100–400 W roof setups. Need a different wattage, fold pattern, output or your own branding? That is a custom build: see custom foldable solar panels.

Shopping for a particular trip? See solar blankets for fabric folding panels, campervan and van life solar panels for roof plus portable van setups, and caravan and motorhome solar panels for touring.

Frequently asked questions

Can a folding solar panel charge a portable power station?

Yes, if the panel's output connector and voltage sit inside the station's solar input window. Models with MC4 or DC outputs are the ones to look at, grouped under solar panels for power stations; USB-only chargers charge power banks and devices, not power stations. Our portable power station guide explains how to read the input spec.

Which portable solar panel is best for hiking?

Weight decides. The 10–45 W USB chargers are the hiking class; see the foldable solar charger comparison for packed size and real-world output.

Do you supply portable solar panels in bulk or private label?

Yes. Stock models can be ordered in quantity, and custom wattage, fold pattern, ports and packaging are handled as an OEM project; the portable solar charger sourcing guide covers specs, certifications and lead times.

Should I choose a 100 W or a 200 W folding panel?

Decide by what the panel feeds. A 100 W class panel is the carry-and-charge size: 2.6–3.8 kg across the models above, with USB-C PD 45 W or MC4/DC outputs for laptops, power banks and small stations. A 200 W panel is a camp power station input first — the six-section model outputs 24 V on MC4, the blanket and fabric formats pack flatter at ~4–4.8 kg, and the TOPCon model is the stiffest at 5.76 kg. If the destination is a 24 V battery bank or a large station and you can carry 5 kg, take the 200 W; if you are walking it in or only topping devices, the 100 W class does it at half the weight.

Can I charge a power bank and a laptop with a single portable solar panel setup?

Yes, if the panel carries the right ports. The 100 W six-section panel runs DC up to 20 V / 5 A plus USB-C PD at 45 W and USB-A — a power bank on one port, a PD laptop on the other. The 80 W four-section model pairs USB-A QC3.0 with USB-C and DC the same way. On MC4-only panels, feed the station or controller first and charge devices from its output instead. Port ratings are per-port maxima, not a combined figure, so check each port's rating against the device.

How many watts and ports does your trip need?

A solar powered portable battery charger only has to match the device in front of it. For phones, 6–15 W folds such as the 6 W four-panel USB charger or the 11 W foldable charger for phones and power banks cover daily top-ups. When the panel is solar charging a portable charger or power bank, move up to 21–45 W, for example a 28 W panel with dual USB outputs or a 45 W four-section charger with USB-C PD and USB-A, so a lunch stop adds real charge to the bank.

Small 12 V batteries need DC output rather than USB. A 20 W flexible kit covers 12 V batteries and USB devices, while 40 W panels add a DC5521 barrel next to USB-C and USB-A. Note that any solar energy portable charger reaches its rated watts only in direct sun, so reposition it around midday.

Foldable vs rigid: a solar panel for backpacking should fold, and six-fold chargers with carabiners clip onto a pack for a simple solar backpack charger setup. Rigid panels suit fixed mounts, not luggage. The lightest solar panel for backpacking is usually a USB-only fold under 15 W; at the other end, an 80 W foldable with Type-C PD 60 W handles basecamp power banks.

LinkSolar is a China-based B2B supplier of custom & OEM solar panels, solar cells and mounting hardware. For a solar battery charger for backpacking or a custom output spec, email [email protected] or use the quote form.
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Portable Solar Panels for Mobile & Backup Power


Portable solar panels are made to move with you. They fold, carry and deploy quickly at the campsite, beside your RV, on a dock or in the backyard during power cuts. Instead of drilling into a roof, you bring the panel to the sun, then pack it away when you leave.

This collection focuses on off-grid users who want practical, field-ready gear rather than disposable gadgets: campers, van owners, boat crews and homeowners looking for quiet backup. For typical use cases and layout ideas, see how portable modules appear in our Camping & Overlanding projects, mix with roof arrays on the RV & Campervan page, and support house loads on the Marine & Yacht applications.

Types of Portable Solar Panels in This Collection

Folding Briefcase Panels


Folding briefcase panels hinge in two or more sections with a built-in carry handle and simple kickstands. They are ideal for car camping and RV users who park in the shade but still want solar in a sunny spot. Briefcase designs balance robustness and portability, and they work well with separate batteries, power stations or 12 V systems.

Suitcase & Rigid Portable Modules


Suitcase-style and rigid portable modules are closer to traditional framed panels but packaged for transport. They tolerate rougher handling, higher power levels and longer cable runs to your battery or power box. Many users treat these as “ground deploy” panels to complement permanent roof arrays, shifting them a few times a day to chase the sun.

Lightweight Mat & Blanket Panels


Mat and blanket panels use flexible laminates to cut weight and bulk. They are a good fit for hikers, minimalist overlanders and emergency kits where every kilogram counts. These panels roll or fold into a compact shape and can be draped over vehicles, tents or railings, drawing on similar laminate technology to the products in our Flexible Solar Panels collection.

Compact Portable Panels for Small Devices


Compact portable panels target phones, radios and small electronics rather than full-size fridges or inverters. They keep communication and lighting gear alive on trips and serve as test beds for energy-harvesting ideas. When projects become more tightly integrated, many designers step toward fixed mini modules from our Mini Solar Panels collection for enclosure-mounted versions.

Using Portable Solar with Your System


Portable panels can work alone or alongside roof-mounted arrays. A clear plan for how energy flows into your batteries or power station keeps the system simple and safe.

  • Match panel and controller: Check that the panel voltage and connector type fit your charge controller or power station input, and respect maximum input ratings.
  • Think in terms of daily energy: A higher-wattage panel charges batteries faster and gives more margin on cloudy days, especially when running fridges, fans or communications gear.
  • Cable length and losses: Longer cables add voltage drop. Use appropriate wire size and keep runs as short as practical when placing panels away from your camp or vehicle.
  • Temporary vs semi-permanent use: Many users continue to treat portable panels as movable gear but later standardise brackets and tie-downs using concepts similar to the mounts in our Solar Panel Brackets & Mounts collection.

To complete a portable kit you may also need extension leads, MC4 adapters, fuses and basic DC protection. These balance-of-system parts often come from the same families of connectors, breakers and tools presented in our Accessories range, helping you build a clean, serviceable system rather than a one-off tangle of cables.

Custom Portable Solar Solutions


For brands and project teams, a portable panel is often part of a larger system: a power box, communication kit, vehicle package or recurring deployment. In those cases, you want the panel size, connectors, label and carry system to match your own product rather than using a generic off-the-shelf piece.

LinkSolar supports custom programs where portable modules are branded, dimensioned and electrically tuned to your platform. Many customers validate their power and duty cycle with standard panels from this collection, then move to dedicated modules defined through our Custom Solar Panels program once they know what works in the field.

Featured Collection

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Frequently Asked Questions

What can I run with a portable solar panel?

Portable solar panels can power or recharge many 12 V and USB devices: phones, tablets, lights, fans, small pumps, communication gear and, with the right battery and controller, compact fridges or CPAP machines. The key is to match panel wattage and daily sun hours to the energy your loads consume.

How do I size a portable solar panel for my setup?

Add up the watt-hours your devices use in a typical day, then divide by the average number of effective sun hours at your location. That gives a rough minimum panel wattage; adding margin helps cover cloudy days and system losses. If you rely on critical loads such as medical equipment or communication gear, plan extra capacity.

Do I need a charge controller with a portable solar panel?

Yes, if you are charging batteries directly. A charge controller regulates voltage and current so you do not overcharge or damage the battery. When using a portable power station, the controller is usually built in, but you still need to ensure the panel voltage and connectors are compatible and within the unit’s input limits.

Can I use a portable panel with my existing power station?

In many cases you can, as long as the panel voltage, connector type and maximum wattage match the power station’s input specifications. Always check the manufacturer’s limits before connecting. If adapters are needed, make sure they are wired correctly and rated for the expected current.

Are portable solar panels waterproof and rugged?

Most portable panels are designed for outdoor use, but their level of protection varies. Folding briefcase and suitcase panels tend to be more rugged, while lightweight mats and blankets trade some mechanical strength for lower weight. Panels are usually weather-resistant rather than submersible, so avoid leaving junction boxes or connectors in standing water.

What is the difference between portable panels and roof-mounted panels?

Roof-mounted panels are installed permanently with brackets and wiring that stay in place, optimised for long-term output and wind resistance. Portable panels are built to be moved, folded and stored. They provide flexibility and are ideal for rentals, shaded parking and temporary sites, but they do require more user interaction to set up, aim and secure.

How should I position a portable solar panel for best performance?

Aim the panel directly toward the sun with as little shading as possible. In the middle of the day, tilt the panel so it roughly faces the sun’s height; in the morning and afternoon, you can adjust angle or orientation to follow the movement. Even partial shade from branches, poles or roof racks can significantly reduce output, so keep the surface clear.

How do I store and maintain a portable solar panel?

Let the panel dry before folding, brush off dirt or sand, and avoid trapping sharp objects between folded sections. Store it in a cool, dry place away from heavy items that could bend or crack the cells. Periodically inspect hinges, fabric, cables and connectors for wear, and clean the surface with water and a soft cloth to keep light transmission high.

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