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Battery Notes
1. Super Capacitor battery-powered CEGONIA PRO lights are visibly
brighter than other outdoor solar lights, and their performance overall
is more reliable.
2. To charge the battery fully may take up to 12 hours.
3. The rechargeable battery can work continuously for 10 hours
at full power.
4. The output will be reduced to 40% when the battery is below 40% of
its capacity.
5. The battery will stop charging when the ambient temperature is below
-40°F or above 140°F.
Battery Status is indicated by the red/green indicator on the light
fixture as follows:
> Slow red light flashing (Every 2.5s) = Working
> Slow red flashing (Every 5s)= Open circurt
> Red light continuously on = Non-working
> Quick red flashing (Every 0.5s)= Charge fault
> Quick red flashing (Every 0.1s)= Over current or Short circuit
Storage
To avoid over discharge of the battery during storage, please
rechargethe lighting fixture every 3 months. Use the dedicated
charger to charge, and then reset the switch when done.
ATTENTION
Battery cannot be replaced on your own. Please conntact SOLTECH for
any battery’s questions.
After connecting the wires between solar panel and the light, CEGONIA
PRO 30W will automatically turn on, and the indicator will begin flashing
every 2.5 seconds. The light fixture will then turn on for 1 minute and
then shut off again. This means the fixture is switching from open circuit
mode to standard working mode.
If you wish to shut off the light, you must first cover the solar panel.
Then press the off button on the remote. You can also just press the off
button to turn off the light at night. When the solar panel detects light,
the fixture will activate and resume normal operation again.
(IAP) Intelligent Adaptive Program Battery Control Technology
In order to extend the off-grid autonomy of the CEGONIA PRO 30W
under shade trees, heavy rain, and thick clouds, our controllers
now integrate an adaptive smart control feature to actively track
battery capacity and adjust light output accordingly. Before integrat-
ing this feature, selecting a light output percentage on the remote
would yield an accurate percentage of max LED brightness. Activating
the IAP, the controller actively monitors the battery and regulates the
electrical current to the LEDs. The controller makes the light output
of a selected percentage on the remote relative to battery capacity
rather than max LED output. This smart-control feature can increase
the fixture’s off-grid performance by up to 40%.
