terracore
Solar Advocate
Chillin at EZwineKIT.com
Posts: 50
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Post by terracore on Sept 8, 2019 2:27:13 GMT
In the graphic you provided, your battery is 100% charged. I'm surprised your charge controller is reporting using as much wattage as it does (must be the load).
Your solar power system cannot provide more power than the batteries can take so it backs off. If you want to see your power system at "full blast" you need to give it somewhere for the power to go!
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Post by mediadogg on Sept 8, 2019 17:38:01 GMT
In the graphic you provided, your battery is 100% charged. I'm surprised your charge controller is reporting using as much wattage as it does (must be the load). Your solar power system cannot provide more power than the batteries can take so it backs off. If you want to see your power system at "full blast" you need to give it somewhere for the power to go! But didn't you answer it yourself? Whatever is not being used to charge the battery and run the inverter, namely the remainder of the 176 watts, must be going to the load?
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Post by bupkis on Sept 8, 2019 18:51:48 GMT
The battery is not 100% charged. The display is showing that - as the SoC is voltage based. Boost or absorption there can be plenty of power going to the battery cuz it ain't FULL yet, especially at the start of boost the battery has reached set pt voltage and may be only 80% charged and the controller is already limiting power to maintain constant voltage.
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Post by mediadogg on Sept 8, 2019 20:41:26 GMT
The battery is not 100% charged. The display is showing that - as the SoC is voltage based. Boost or absorption there can be plenty of power going to the battery cuz it ain't FULL yet, especially at the start of boost the battery has reached set pt voltage and may be only 80% charged and the controller is already limiting power to maintain constant voltage. Aha, clearest expo of this topic I have seen. Thanks.
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