The ETFE 36-110 solar panel is a remarkable renewable energy solution with a strong focus on efficiency and versatility. Sporting a high module efficiency of 24%, it demonstrates its capability to effectively convert sunlight into electricity, maximizing power generation. With a maximum power output of 110W, this solar panel provides ample energy for a variety of applications, whether it's charging batteries, powering devices, or contributing to larger solar systems.

This solar panel is designed as a single panel containing 36 individual cells, further enhancing its efficiency. Measuring 1050mm540mm2.5mm, it offers a compact yet substantial size that balances installation flexibility with power output. Constructed from monocrystalline silicon, it boasts durability and reliability in diverse weather conditions.

One of its standout features is its flexibility, allowing it to conform to curved surfaces. This characteristic makes it suitable for unconventional installation scenarios where rigid panels may not be practical. With an output voltage of 21.70V, open-circuit voltage of 21.70V, and short-circuit current of 6.10A, it operates efficiently under varying conditions, optimizing power production.

The ETFE 36-110 solar panel's semi-flexible design, high-efficiency rating, and flexibility make it a valuable asset for various solar energy applications, including portable solar chargers, solar-powered devices, and installations on surfaces with non-standard shapes. Its ability to generate substantial power while conforming to different surfaces adds versatility to renewable energy solutions.

Specifications:

• Model Number: ETFE 36-110
• Module Efficien: 24%
• Max. Power: 110W
• Number of Panels: 1
• Number of Cells: 36
• Size: 1050mm*540mm*2.5mm
• Material: Monocrystalline Silicon
• Foldable Solar Panel: No
  
• Flexible Solar Panel: Yes
• Type: Solar Panel
• Output Voltage (V): 21.70V: Voc(V): 21.70, Isc(A): 6.10
• Vmp(V): 17.7, Imp(A): 5.50: Cell efficiency: 21.3%
• flexible solar panel: semi flexible solar panel