
This is and end on view of the Breeze battery.
This is a USB cable I modified to supply +5VDC to pins that will fit in the connector on the Breeze battery connector.
This is a diagram of the battery pinout. Use a multimeter to measure the voltage of each cell. Use the modified USB cable with a USB power source to charge the cell with the lowest voltage for a minute or so.
Now place it on the Breeze battery charger to see if it will start charging. Repeat several times if necessary to get the battery pack to the point that the charger will charge the battery pack. If the battery pack will not charge after several attempts, and good batteries work with the charger, the pack is bad.
The Breeze charger is a balancing charger. The last few minutes of a charge cycle you will see the light flash green and red and finally solid green when fully charged.
EDIT: 24 May 2018
Lately there has been several posting with bad Breeze batteries where 1 or more cells have been run down below 1VDC or even to 0 volts. For a cell to run down that far, it has suffered major trauma for a LiPo battery. Chances of recovering a battery in that condition is very unlikely. It should be used with great caution and never left charging unattended.
The simple rig pictured above was intended for use on s LiPo cell that was just below what the stock Breeze charger would accept and charge.
A LiPo cell at 3.2 VDC is theoretically at 0% charge and 100% at 4.2 VDC. That is only a 1.0 VDC difference. I would only recommend using the above setup on cells at 3.2 VDC and above.