toma1981 wrote: how to connect it buddy so that it does not limit the power and get the max out of the panels
This panel has a current of 17.4A but under STC conditions. They are similar to this at times, but short. Most of the time, when the solar irradiation and production will be stable high, it will be closer to NOTC conditions, then this panel will have a current of around 14.2A. Maybe slightly more sometimes. The inverter with its 13A will therefore reduce production by at least about 8.5%, as long as it behaves stably at these 13A (I do not know how it is with 3-phase, 1-phase cuts stably, but 1-phase sofar hybrids when exceeding the max are stupid and cut even more). Now it can cut even more by about 1/4, because the currents are higher in these conditions, but it is only for short moments (but that's why you can't see the larger peaks that sometimes appear in others).
If the arrangement of the panels is suitable for this (similar angle and direction, etc.), then you need to combine them into one string so that all 10 are in series, parallelize this string to two inputs at the inverter inputs (there are mc4 splitters) and change it in the inverter configuration parallel input mode. This will cause the current to be divided in half between these two inputs (now it is not divided, because these are two independent strings), so it will be a maximum of 7-8A. However, the voltage will be twice as high - which will also be good for him (higher efficiency of the converter, 150V for a 3-phase one, however, is a bit low). Only advantages. As long as these 2 thongs are suitable to work as one.
Out of curiosity, was this done by a company or by yourself?
but it depends what parameter you read. Maybe provide what panels / link to the datasheet.
