Skip to Content

Solar Panel DFRobot (9V 220mA) - FIT0330

This compact and efficient 9V 220mA Solar Panel from DFRobot provides a reliable renewable energy source for small electronics, DIY projects, and portable power applications. With a peak output of 9V at 220mA, it is suitable for charging batteries, powering microcontroller projects, or being used in solar tracking systems. The panel is manufactured using an advanced ultra-white glass lamination process that enhances light transmission, efficiency, and waterproof performance. Its robust construction and aluminum wire connections ensure durability and stable operation even in outdoor environments.

Package Includes

  • 1 x 9V 220mA Solar Panel
Solar Panel
69.00 AED 69.00 AED (Tax included)

Terms and Conditions
30-day money-back guarantee
Shipping: 2-3 Business Days



Features

  • Compact and sleek design
  • High-quality manufacturing and durable construction
  • Stable power output of 9V at 220mA
  • Can be connected in series for charging 12V batteries
  • Advanced ultra-white glass lamination for higher efficiency
  • Waterproof and weather-resistant structure
  • Strong aluminum wire connections on the rear side
  • Designed to perform under standard solar test conditions

Specifications

  • Working Voltage: 9V
  • Operating Current: 220mA
  • Open Circuit Voltage: 9.6V
  • Short Circuit Current: 500mA
  • Power Output: 2W
  • Operating Temperature: -40°C to 80°C
  • Environmental Protection: Corrosion and moisture resistant
  • Dimensions: 135mm x 125mm (5.31" x 4.92")
  • Test Conditions: Light intensity 1000W/㎡, spectrum AM1.5, cell temperature 25°C

Applications

  • Solar-powered electronics projects
  • Portable power solutions
  • Solar trackers and educational experiments
  • Transportation and remote communication systems
  • Battery charging applications

Example Project

Sunflower – Arduino Solar Tracker

A solar tracking system that automatically adjusts the position of the solar panel to face the sun. The system uses two servo motors, four photocells, and an Arduino UNO to maximize solar energy collection.

  • DFRduino UNO R3
  • I/O Expansion Shield for Arduino
  • DF05BB Tilt/Pan Kit (5kg)
  • Mini Photocell x 4
  • 100kΩ Resistor x 4
  • DFRobot Solar Panel