The module performs across different shading directions, orientations, patterns, and sizes. Engineered in Germany, its real-life performance has been tested by Fraunhofer CSP.

The ShadeStar solar module outperforms standard PV technologies, including IBC and TOPCon butterfly designs - making it a superior solution for shaded rooftops.

ShadesStar is designed to generate more usable energy where conventional modules lose performance. Its smart module design helps reduce mismatch losses, prevent hotspot risks, and improve the performance of shaded PV systems.

Because customers & owners need energy (kWh) — not just power (kW) as even the PV modules with highest efficiency cannot produce any energy when they are shaded.

The smart module design also helps prevent electrical reverse breakdown in solar cell level and reduces thermal stress leading to higher service-life and greater energy generation.

Integrated bypass diodes provide segment-level protection and high reliability, while active diodes reduce heat generation and power losses.

In many small-scale shading scenarios, ShadeStar can eliminate the need for power optimizers.

Higher energy yield under shading can improve LCOE and support faster return on investment.