If you want to use it to turn on a light (preferably LED) you can connect it downstream of the MT 3608 DC/DC converter (to the Vout+ and Vout- terminals) by placing a simple switch on the Vout+ line.
@@plaga9000 during the day, when the solar panel produces energy, the charge controller decides how much of this energy should be used to charge the battery. Typically, it charges the battery to a certain “draw voltage” and then switches to a “float” mode to keep the battery fully charged without overcharging it. The current that doesn't go to the battery goes to power the load.
The explanation is in the artiche www.techrm.com/solar-power-for-arduino-esp8266-and-iot-complete-guide-to-energy-independence/ as you can see in the description of the video.
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Good
Thank you
did you use any kind of solar panel and converted it to be used in IOT??
I used it here www.techrm.com/how-to-make-an-automatic-sprinkler-with-esp8266-controlled-by-arduino-cloud/
Would like to have a switch to on off the light
If you want to use it to turn on a light (preferably LED) you can connect it downstream of the MT 3608 DC/DC converter (to the Vout+ and Vout- terminals) by placing a simple switch on the Vout+ line.
Would you know if it stops charging if fully charged while continue to feed to the output until battery percent lowers?
@@plaga9000 during the day, when the solar panel produces energy, the charge controller decides how much of this energy should be used to charge the battery. Typically, it charges the battery to a certain “draw voltage” and then switches to a “float” mode to keep the battery fully charged without overcharging it. The current that doesn't go to the battery goes to power the load.
useless no explanation
The explanation is in the artiche www.techrm.com/solar-power-for-arduino-esp8266-and-iot-complete-guide-to-energy-independence/ as you can see in the description of the video.
@@techrmcom ok thanks