Solar inverter DC grouping

Why should you choose a solar inverter?

This leads to short cable runs between the inverters and the transformer and means that there is only minimal loss of power on the AC side: The high efficiency of our inverters can be deployed to its fullest. In commercial and industrial PV systems, this kind of design makes it possible to avoid AC lines on the roofs.

How do PV inverters work?

The inverters distributed in the PV array in a non-centralized way are bundled in groups of six in an AC distributor and they are connected with an aluminum cable to the medium voltage transformer (compact station). Material costs for low-voltage cables and distributors in the connection of 17 kW Tripower devices to various MS transformer sizes1.

What is decentralized inverter configuration?

By now, decentralized inverter configuration represents a technically sensible and cost-effective system solution, even in large plants, and it stands out in comparison with centralized structures due to key advantages. Flexible and optimal string configuration for each inverter. Local MPP-Tracking for a limited number of PV modules.

Why should you choose a DC combiner for bifacial PV modules?

Those who follow the trend towards bifacial PV modules will find DC combiners particularly useful: They leave free choice to counter the higher currents with the appropriate fuses of 25 amperes and more. Due to the large number of project-specific DC combiners, we will compile the technical data after jointly evaluating your requirements.