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Hello friends,
i've meanwell's inverter TS-3000 24v. According to the specs, the high voltage cut off is 30v but in reality it's lower at 29.7v My wet batteries need 30v @25C at absorbing which makes the inverter to shut down and come back at the floating stage. You could blame me for wrong design. Yes, it's my fault.
I've placed the inverter to the market so as to sell it, but my expectations are low.
So i'm trying to find a solution and i came up with the below ideas:
A diode like those
But i can't understand the specs. Power diode ? Rectifier diode ? Zener ? Stud ?
If you have any other solution or you can suggest a diode i would appreciated it.
i've meanwell's inverter TS-3000 24v. According to the specs, the high voltage cut off is 30v but in reality it's lower at 29.7v My wet batteries need 30v @25C at absorbing which makes the inverter to shut down and come back at the floating stage. You could blame me for wrong design. Yes, it's my fault.
I've placed the inverter to the market so as to sell it, but my expectations are low.
So i'm trying to find a solution and i came up with the below ideas:
- Change battery bank with one with lower charge voltages (but it's hard to sell too)
- Add a 150amp diode at the positive DC side of the inverter to trigger voltage drop of at least 0.5v and up to 1.5v (of course with power loss)
- Limit the charge voltage at 29.6v but i think it'll ruin the batteries. The lowest according to the battery manufacturer is 29.8 (for rarely charge/discharge)
A diode like those
But i can't understand the specs. Power diode ? Rectifier diode ? Zener ? Stud ?
If you have any other solution or you can suggest a diode i would appreciated it.
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