These capacitors may influence the service life of electronic devices as they may dry out. For this reason, the coolcept3 inverters dispense completely with the electrolytic capacitors that are required for intermediate storage. As at least two phases of a three-phase feed-in design feed energy into the grid, it is not necessary to provide for intermediate energy storage in the device, as must be done in the case of single-Phase feed-in. Means that less power is lost that must be dissipated into the environment. The high efficiency results in a peak efficiency of 98.6 %, which Highest efficiency with longer service life The symmetricalįeed-in is very much in the interests of the power supply companies,Īnd is also compatible with domestic three-phase consumption. Whole output range offered by these inverters. ![]() The advantage of three-phase feeding is that the produced solar capacity is always symmetrically distributed on all three power conductors to the public power grid. The three-phase topology is fully reactive current capable and therefore set up to meet demands that may be made in future as well. ![]() The three-phase coolcept3 Inverters also benefit from the advantages of this switching concept. It achieved optimum efficiency ratings thanks to the innovative switching concept. The coolcept inverter topology was first implemented in the singlephase StecaGrid.
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