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100W Flexible Solar Panel – White Frame

Sale price $85.99 Regular price $99.99

Key Features

• High-Efficiency Power Generation Features 23% high-efficiency 182 PERC Grade A+ monocrystalline solar cells for a 500Wh/day output

• Advanced Technical Design Utilizes 11-busbar technology and is equipped with a bypass diode to optimize energy collection

• Ultra-Thin & Lightweight design is 90% thinner and 85% lighter than standard panels, weighing only 5.7 lb

• Flexible Application offers a minimum arc radius of 19 inches, allowing it to fit perfectly on curved surfaces

• Extreme Weather Durability provides IP68-rated waterproof construction that withstands up to 2400Pa wind and 5400Pa snow loads

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100W Flexible Solar Panel for RVs

Power your RV adventures with a 100W 12V flexible solar panel featuring high-efficiency 16BB cells, lightweight design, and reliable off-grid performance.

Callsun 100W 12V flexible solar panel mounted on a travel trailer by the water, featuring 23% efficiency, PERC cells, and lightweight RV design.

Callsun N-Type Bifacial vs Other Solar Panels Comparison

Feature Callsun Solar Panel Other Solar Panels
Efficiency 23% 20%
Solar Cells 11BB 9BB
Bypass Diode Yes No
Solar Cell Grade A+ 166MM B+

All-Weather RV Solar Power

Built for extreme conditions with IP68 waterproof protection, durable solar connectors, 2400Pa wind resistance, and 5400Pa snow load capacity.

Callsun 100W flexible solar panels mounted on a snow-covered RV in a winter landscape, highlighting IP68 waterproof, wind resistance, and solar connectors.

Flexible Power Connections

Connect solar panels in parallel or series to match different voltage and power needs for reliable RV and off-grid energy systems.

Callsun flexible solar panel wiring diagram showing a charge controller, battery, inverter, and parallel or series connection guides for appliances.

Higher Efficiency, Better Performance

Featuring 23% efficiency, 11-busbar technology, bypass diodes, and Grade A+ 166mm solar cells for more reliable and efficient solar power.

Callsun flexible solar panel comparison chart highlighting 23% efficiency, 11-busbar tech, and Grade A+ cells versus other brands.

RV Solar Power Anywhere

Flexible solar panels deliver reliable, high-efficiency power for RV travel, supporting off-grid adventures and everyday energy needs wherever you go.

Callsun flexible solar panels mounted on a white RV parked outdoors in a desert mountain landscape for off-grid travel.

Solar Power for Camping Adventures

Portable solar panels deliver reliable off-grid power for camping, charging essential devices and supporting outdoor adventures wherever the journey takes you.

Callsun 100W flexible solar panel mounted on a green camping tent, providing off-grid power for a man using his phone outdoors in the mountains.

Solar Power for Boats

High-efficiency solar panels provide reliable marine power for boats, supporting onboard devices and off-grid energy needs during every journey.

Callsun 100W flexible solar panels mounted on the cabin roof of a luxury motorboat cruising on open blue water.

Compatibility

Works with 100+ Portable Power Stations

Group:
Model Compatible Recommended/Note
Explorer 100 plus /240/240 v2/290NOPV input current (5.38A) exceeds limit (3-5A)
Explorer 300YES1×100W
Explorer 300 plusNOPV input current (5.38A) exceeds limit (5A)
Explorer 500NOPV input current (5.38A) exceeds limit (3.75A)
Explorer 600 plusYES2×100W(Series)
Explorer 1000 v2YES3×100W(Series)
Explorer 1000 plusYES3×100W(Series)
Explorer 1500YES2×100W(Parallel)
Explorer 2000 v2YES3×100W(Series)
Explorer 2000 plusYES3×100W(Series)
Explorer 3000 proYES3×100W(Series)
Explorer 5000 plusYES3×100W(Series)
Model Compatible Recommended/Note
Elite 30 V2YES1×100W
Elite 100 V2 / 200 V2YES3×100W(Series or Parallel)
Elite 300YES4×100W(Parallel)
Elite 400YES3×100W(Series)
AC2AYES1×100W
AC50B / EB3AYES1×100W
AC70YES3×100W(Series)
AC180YES3×100W(Series)
AC200LYES7×100W(Series)
AC300YES7×100W(Series)
AC500YES7×100W(Series)
Apex 300YES3×100W(Series or Parallel)
Model Compatible Recommended/Note
Delta proYES7×100W(Series)
Delta 2 / 2 MaxYES3×100W(Series)
Delta 3 / 3 PlusYES3×100W(Series)
Delta 3 MaxYES3×100W(Series)
Delta 3 Max PlusYES3×100W(Series or Parallel)
Delta pro 3YES7×100W(Series)-XT60
River 2YES1×100W
River 2 ProYES2×100W(Series or Parallel)
River 2 MaxYES2×100W(Series or Parallel)
River 3YES1×100W
River 3 PlusYES2×100W(Series)
Delta Pro UltraYES7×100W(Series)
Model Compatible Recommended/Note
SOLIX C300 / C300 DCYES1×100W
SOLIX C800YES3×100W(Series)
SOLIX C1000YES3×100W(Series)
SOLIX C1000 Gen2YES3×100W(Series)
SOLIX C2000 Gen2YES3×100W(Series or Parallel)
SOLIX F2000YES3×100W(Series or Parallel)
SOLIX F2600YES3×100W(Series or Parallel)
SOLIX 521Limited1×100W(Input power limited to 65W)
SOLIX 535YES1×100W
SOLIX F3000YES8×100W(Series)
SOLIX F3800YES3×100W(Series)/5×100W(Parallel)
SOLIX F3800 plusYES8×100W(Series)
Model Compatible Recommended/Note
E300LFPYES1×100W
E500LFPYES1×100W
E600LFPYES3×100W(Series)
E1000LFPYES3×100W(Series or Parallel)
E1500LFPYES3×100W(Series or Parallel)
E2000LFPYES5×100W(Series)
E2400LFPYES5×100W(Series)
E3600LFPYES8×100W(Series)
E3800LFPYES8×100W(Series)
F1000LFPYES3×100W(Series)
F3000LFPYES6×100W(Series)
F5000LFPYES9×100W(Series)
Model Compatible Recommended/Note
Mega 1YES4×100W(Series)
Mega 2YES7×100W(Series)
Mega 2 ProYES4×100W(Series)/5×100W(Parallel)
Exodus 2400YES4×100W(Series)
Exodus 1500YES4×100W(Parallel)
Exodus 600 PlusYES2×100W(Parallel)
Exodus 600YES2×100W(Parallel)
Exodus 1200YES2×100W(Parallel)
Guardian 6000YES7×100W(Series)
B2 Extra BatteryYES9×100W(Series)

Specifications

Key Specs at a Glance 100W output · 23% efficiency · IP68 waterproof · Flexible ETFE design

Mechanical Characteristics(STC)

Maximum Power (Pmax) 100W
Maximum Power Voltage (Vmp) 18.61V
Maximum Power Current (Imp) 5.38A
Open-circuit Voltage (Voc) 21.17V
Short-circuit Current (Isc) 5.90A
Max. Over Current 15A
Power Tolerance 0-3%
Max. System Voltage (DC) 600V

*STC(Standard Test Condition): Irradiance 1000W/m², Cell Temperature 25°C, Air Mass 1.5.

Specifications

Dimension 1111 × 620 × 25mm(43.7"L x 24.4"W x 0.98"H)
Application Class Class A
Operating Temperature Range -10°C ~ 70°C
Efficiency 23%
Cell Type 182 11BB Monocrystalline Silicon
Weight 2.59 kg / 5.7 lb
IP Rating IP68
Connector Solar Connector Compatible
Max. Wind Load 2400Pa
Max. Snow Load 5400Pa

Temperature Coefficients

Temperature Coefficients of Pmax -0.32%/K
Temperature Coefficients of Voc -0.26%/K
Temperature Coefficients of Isc 0.046%/K
NMOT 42°C ± 2°C

Includes

Callsun 100W flexible solar panel curved against a white background, showcasing its bendable design and black finish.

Downloads & View

User Manual

FAQ

1. What components are required to set up an off-grid solar system?

To assemble an off-grid solar setup, you'll need solar panels, a charge controller to regulate the flow of electricity, and batteries for storing the energy. Additionally, proper cabling and connectors are required to safely link the panels, controller, and battery bank.

2. What is the difference between on-grid and off-grid solar systems?

On-grid systems are connected to the main electrical grid, while off-grid systems operate independently, storing power in batteries for use when needed. Off-grid systems are not affected by power outages in the main grid.

3. Why might my solar panel be generating less power than expected?

Reduced power output can result from environmental factors such as shade, cloudy conditions, high temperatures, or accumulated dirt and debris on the panel surface. Regular cleaning and optimal placement can help maintain performance.

4. How should I wire solar panels: series or parallel?

Connecting panels in series increases the total voltage while the current remains the same as one panel. Parallel wiring increases the total current while the voltage stays the same as one panel. You can combine series and parallel connections to meet your system’s voltage and power requirements.

5. How do I determine the number of solar panels needed?

Calculate your energy requirements first. Consider your daily power usage in watt-hours and factor in a safety margin. Once you know the required battery capacity, you can determine how many solar panels are needed to provide sufficient power for your system.