Obviously you can't just put clamp on a Wapda wire and it will start showing you Amps.
You have to turn on the appliance for which you are checking the Amps. And it'll show you how much Amps that appliance is using.
Same is the case with Solar. You can't just put on your DC Clampmeter on the wire and expect it to show you the output. You have to turn on the appliances which will demand Amps from panels and it'll start showing on the clamp meter. And in my picture, i attatched the clamp meter to solar incoming wire and started turning on the appliances one by one. It started pulling more and more Amps and when total load got around 1200W, it maxed out at 49 Amps.
Now built in Solar Charge controller in my inverter is 50Amps. So makes sense, right?
If i increased the load any more, then it would start pulling amps from the battery for help, as it is pulling already all it can from Solar.
Now about 50 Solar Amps running 4 air conditioner??
If you have a 12v inverter setup (with single battery), these 50A will translate to just (50x12)=600W
With 24v inverter setup (with two batteries), these 50A will translate to around (50x24)=1200W
So yeah, hard to run even 1 AC on it.
In simple, my solar output is 50 Amps of DC current at 24v at max.
Once it goes through the inverter, it will get converted to AC and supplies to home.
