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The TS4-A-O (Optimization) is the advanced add-on/retrofit optimization solution that brings smart module functionality to standard PV modules for higher reliability. Improve energy efficiency by upgrading underperforming PV systems or adding smart features to new installations. The TS4-A-O with UHD-Core technology and expanded specifications support PV modules up to 500W.
Module-level optimization for increased energy yield and greater design flexibility
Enhanced safety for NEC 690.12 rapid shutdown compliance
Module-level monitoring for energy production tracking and system management
Easy Installation
Smart Commissioning
The TS4-A is available for purchase in these pre-assembled versions:
The compact project inverter for small and big projekts with perfect yields.
The three-phase Fronius Eco with 27.0 kW perfectly meets all the requirements of large-scale installations. Thanks to its light weight and SnapINverter mounting system, this transformerless device can be installed quickly and easily either indoors or outdoors. This inverter range is setting new standards with its IP 66 protection class. Furthermore, thanks to its integrated double fuse holders and optional overvoltage protection, string collection boxes are no longer necessary.
Fronius Eco 27.0-3 with Datamanager for use as master inverter.
This device ensures safe, efficient and reliable management of your photovoltaic system, which are combined with a series of technical features that make it among the smartest large size inverters on the market.
The Fronius Ohmpilot is a consumption regulator designed to use excess solar power to heat water. Thanks to the continuously adjustable regulation from 0 to 9 kW, surplus PV current can be put to highly efficient use and fed to the consumers in the household. The Fronius Ohmpilot is primarily used to intelligently control heating elements for providing hot water in boilers and buffer storage tanks, but can also be used for infrared heating or towel radiators. Solar power can thus provide a family home with average levels of water consumption with most of their hot water from April to October. The result is maximum self-consumption, a reduction in the household’s CO2 emissions and less wear on the building’s main heating system during the summer months
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