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MINI SOLAR LIPO CHARGER BOARD AA736

199.00 99.00

  1. Solar Charging Support – Designed to efficiently charge 3.7V LiPo/Li-ion batteries using small solar panels
  2. Dual Power Input – Supports both solar panel (4.4V–6V) and 5V micro USB input
  3. Single-Cell Battery Charging – Ideal for 3.7V lithium polymer and lithium-ion batteries
  4. LED Indicators – Red for charging, Green for fully charged
  5. Compact Size – Easy to integrate into small or wearable electronics (Approx. 25mm × 35mm)

Description

MINI SOLAR LIPO CHARGER BOARD AA736

The Mini Solar LiPo Charger Board is a compact and highly efficient charging module specifically designed for 3.7V single-cell LiPo or Li-ion batteries. Optimized for use with small solar panels, this charger board provides safe, reliable charging using MPPT (Maximum Power Point Tracking) technology, making it ideal for solar-powered IoT devices, DIY electronics, environmental sensors, and portable projects.

Key Features:

  • Optimized for Solar Input: Efficient charging from low-power solar panels with MPPT support
  • Supports 3.7V LiPo/Li-ion Batteries: Designed for safe and stable charging of single-cell batteries
  • USB or Solar Panel Input: Charge via micro USB or a connected solar panel (up to 6V)
  • Built-in Protection Circuits: Overcharge, over-discharge, and short-circuit protection
  • Automatic Power Switching: Prioritizes solar input when available, falls back to USB
  • Compact & Lightweight Design: Perfect for wearable, remote, and space-limited projects
  • Charging Status Indicators: LED indicators show charging and fully charged status

Specifications:

Specification Details
Input Voltage (Solar Panel) 4.4V – 6V
Input Voltage (USB) 5V via Micro USB
Battery Output 3.7V Single-Cell LiPo / Li-ion
Charge Current Up to 500mA
Charging IC TP4056 or CN3065 (model dependent)
Dimensions Approx. 25mm x 35mm
Indicators Charging (Red), Full Charge (Green)
Mounting Solder pads and pre-drilled holes

Applications:

  • Solar-powered IoT devices
  • Remote weather or environmental sensors
  • Wearable electronics
  • DIY electronics and maker projects
  • Wireless outdoor monitoring systems