Solar panel,extension xCable

I want to put a camera at the front of the house which is North Facing. Can I get a 10m extension cable to enable me to put the solar panel at the back in the sun

1 Like

Maybe you can look for online support on the aosu app and they will help you.

Dear David,

Thank you for your inquiry.

While i’m currently unsure if Aosu officially provides longer solar panel cables, if you’re planning to DIY a 10m extension, here are some important guidelines and steps to follow:

Extension Cable Requirements:

To ensure proper and safe charging, please make sure your extension cable:

  • Supports 5V DC power transmission
  • Uses low-resistance, weatherproof wire, ideally 22 AWG or 20 AWG
  • Includes compatible connectors (usually Micro-USB or a proprietary plug, depending on your camera model)

If you’re unsure about the connector type or cable compatibility for your specific model, feel free to share the details, I’d be happy to confirm this for you.

DIY Instructions:

1. Cut & Strip the Wire

  • Measure and cut your 10m wire.
  • Strip about 1 cm of insulation from both wires at each end.

2. Attach Connectors

  • On the camera end, connect the appropriate male connector (Micro-USB or barrel plug).
  • On the solar panel end, attach the female connector to match your panel’s output.

:red_circle: Important: Always keep the polarity correct Red = Positive (+) and Black = Negative (–). Reversing them may damage the device.

3. Secure Connections

  • Solder or crimp the wire connections firmly.
  • Use heat shrink tubing or weatherproof electrical tape to insulate and protect the joints.

4. Test Your Setup

  • Use a multimeter to verify continuity and correct polarity.
  • Plug everything in and confirm your camera is charging under sunlight.

5. Mount & Protect the Cable

  • Route the cable neatly along walls or eaves.
  • Use cable clips or conduit to secure it and prevent damage from the elements.

Quick Tip:

At 10 meters, 22 AWG should work fine, but if you notice slow charging, upgrading to 20 AWG can reduce voltage drop and improve performance.

You might also find YouTube tutorials helpful to visually walk through these steps. And of course, please proceed with caution, this is a DIY modification and should be done at your own risk.

Let me know if you need help sourcing parts or identifying your camera model!

All the best,
S.S

1 Like