Waka Waka Power Plus Solar Panel Replacement

  • Step 1 Undo the screws

    • Open the lid, remove the silicone screw covers and undo the screws.

  • Step 2 Pry it open and remove the front cover

    • Be careful not to damage the plastic during this step! Using a plastic opening tool instead of a screwdriver may be advisable.

    • Watch out, the hinges are spring loaded. They tend to fly away when tension is relieved.

  • Step 3 Remove the flip cover

    • As said in the previous step, be careful when removing the springs. They tend to fly away!

  • Step 4 Remove the battery

    • Now is a good time to remove the light conductor.

    • Pull out the connector, be careful and only pull the connector and not the wires to avoid damaging them in the process.

    • The battery is fixed in place with double sided tape. Make sure not to bend and damage the battery when taking it out.

  • Step 5 Remove the PCB

    • There are two plastic pins holding the PCB in place. You will have to break them. Try to damage them as little as possible, this may allow you to re-use them with a little trick we show later on.

    • You will need a soldering iron to undo and later on redo the connections between the solar panel and the PCB.

  • Step 6 Pry out the solar panel

    • Use a flat object like a bank card to avoid bending the solar panel.

    • This Waka Waka has been opened up previously. Since the solar panel was originally glued in place, the solar panel was re-attached using double sided tape. When putting your Waka Waka back together, you could either choose glue or double sided tape. Both work fine.

    • Now replace the solar panel and rebuild the Waka Waka in reverse order. Useful tips for re-assembly will be given in the next step.

  • Step 7 Re-assembly

    • Don't be silly! Red is +, black is -. If you don't know that, you shouldn't be here.

    • You had to break the plastic pins that hold the PCB in place earlier in this repair guide. You can fix them reasonably well by holding a semi-hot soldering iron on them so they melt and once again hold the PCB into place.