6V 60mA Mini Solar Panel for DIY Projects (80 × 40mm)

The 6V 60mA Mini Solar Panel (80 × 40mm) is a compact photovoltaic module designed to convert sunlight into electrical energy for powering low-power electronic circuits and charging small rechargeable batteries. Its lightweight design, compact dimensions, and reliable performance make it ideal for educational projects, DIY electronics, robotics, IoT devices, and renewable energy experiments.

The solar panel is manufactured using high-efficiency photovoltaic cells that generate electrical power when exposed to sunlight. Under optimal lighting conditions, it provides a nominal output voltage of 6V DC and a maximum output current of approximately 60mA, making it suitable for low-power applications. The panel produces clean, renewable energy without requiring fuel or external power sources, making it an environmentally friendly power solution.

Measuring 80 × 40mm, the panel is compact and easy to integrate into small electronic devices and prototype projects. It features pre-attached connection wires for quick and convenient installation, allowing easy interfacing with batteries, charge controllers, microcontrollers, sensors, and other low-power electronic circuits. For battery charging applications, an appropriate charging circuit or solar charge controller is recommended to ensure safe and efficient charging.

The 6V 60mA Mini Solar Panel is compatible with Arduino, ESP32, ESP8266, Raspberry Pi Pico, STM32, and other low-power development platforms when used with suitable power management circuits. It is widely used in solar-powered educational kits, STEM learning, science experiments, DIY electronics, robotics, garden lights, portable devices, environmental monitoring systems, IoT projects, and prototype development.

Features

• Nominal output voltage: 6V DC

• Maximum output current: 60mA (under optimal sunlight)

• Panel size: 80 × 40mm

• High-efficiency photovoltaic cells

• Converts sunlight into electrical energy

• Lightweight and compact design

• Durable construction

• Pre-attached connection wires for easy installation

• Environmentally friendly renewable energy source

• Low maintenance

• Suitable for indoor demonstration under strong light and outdoor sunlight applications

Applications

• DIY electronics projects

• Solar-powered educational kits

• STEM learning and science experiments

• Arduino projects

• ESP32 and ESP8266 applications

• Raspberry Pi Pico projects

• Robotics and automation

• IoT devices

• Battery charging experiments (with suitable charging circuit)

• Environmental monitoring systems

• Portable low-power devices

• Garden and decorative solar lighting

• Prototype development

• Renewable energy demonstrations