This solar panel is a compact 6V 2W photovoltaic power source that converts sunlight into DC power for charging batteries and supporting low-power electronics in DIY and embedded projects. With a 110 x 136mm footprint, it suits portable builds, outdoor sensor nodes, educational kits, weather stations, garden lighting, and energy-harvesting prototypes where space matters. Pair it with a suitable charge controller, regulator, or power management board for Arduino, ESP32, or Raspberry Pi Pico projects, remote monitoring, robotics, home automation, and off-grid prototyping. It is also a practical choice for renewable energy experiments, data loggers, and small battery-powered IoT devices that need reliable solar energy generation outdoors.

This solar panel is a compact 6V 2W photovoltaic power source that converts sunlight into DC power for charging batteries and supporting low-power electronics in DIY and embedded projects. With a 110 x 136mm footprint, it suits portable builds, outdoor sensor nodes, educational kits, weather stations, garden lighting, and energy-harvesting prototypes where space matters. Pair it with a suitable charge controller, regulator, or power management board for Arduino, ESP32, or Raspberry Pi Pico projects, remote monitoring, robotics, home automation, and off-grid prototyping. It is also a practical choice for renewable energy experiments, data loggers, and small battery-powered IoT devices that need reliable solar energy generation outdoors.
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Product Overview
Product Overview
This solar panel is a compact 6V 2W photovoltaic power source that converts sunlight into DC power for charging batteries and supporting low-power electronics in DIY and embedded projects. With a 110 x 136mm footprint, it suits portable builds, outdoor sensor nodes, educational kits, weather stations, garden lighting, and energy-harvesting prototypes where space matters. Pair it with a suitable charge controller, regulator, or power management board for Arduino, ESP32, or Raspberry Pi Pico projects, remote monitoring, robotics, home automation, and off-grid prototyping. It is also a practical choice for renewable energy experiments, data loggers, and small battery-powered IoT devices that need reliable solar energy generation outdoors.