ShadeStar

A new generation of shade-resistant PV modules.
Patented innovation, developed for increasing performance during recurring partial shading. 

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Patented smart module design – tested for real-life shading conditions

Urban rooftops are consistently affected by partial shading caused by surrounding structures, buildings, trees, and changing sun angles. Even minor shading can significantly reduce the performance of conventional PV modules.

The ShadeStar PV module, developed by AESOLAR and tested by Fraunhofer CSP, is designed to solve exactly this problem.

Shading-optimized
Module Architecture

With its segmented cell-group architecture, integrated bypass diode concept, and TOPCon cell technology, ShadeStar delivers stronger energy yield, improved reliability, and better performance in real-world shading conditions.

440W

السلطة
(حتى)

22.04%

إفينسينسي
(حتى)

30 Years

ضمان المنتج
(حتى)

ما هي أبرز ميزاتها

Optimized for real rooftop conditions

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.

More energy under shading

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.

Reduced hotspot risk

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.

Lower system costs

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

Improved cost effectiveness

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

الطبقات المخفية نظرة أقرب

Engineered beyond standard module design

ShadeStar uses a segmented module architecture that reduces mismatch losses and maintains power under partial shading.

Integrated Bypass Diode Protection

Each module has multiple bypass diodes in sections to isolate shaded areas and reduce power loss.

Designed for Scalability

Based on existing module dimensions and materials, supporting easier manufacturing and stable supply chains.

Independent Testing Validation

Extensively tested by Fraunhofer CSP for shading response, bypass diode behaviour, hotspots, and thermal cycling to validate long-term reliability and performance.

أنشئ مساحتك الخاصة

Built for Real-World
Shading Scenarios

Maintains higher energy production when trees, chimneys, or other obstacles cast shadows.

Unlock More
Rooftop Potential

Delivers strong performance on complex roofs where partial shading is unavoidable

Patented Module
Architecture

Shade-optimized module architecture helps reduce mismatch losses and hotspot risk.

years
warranty

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Higher energy yield under partial shading – lower LCOE

خاتمة

ShadeStar is designed for rooftops where partial shading is unavoidable. Its patented shading-optimized module architecture and integrated bypass diode protection help maintain higher energy production under real-world conditions while reducing hotspot risk and enhancing long-term reliability. Independently tested by Fraunhofer CSP, ShadeStar outperforms conventional PV designs such as TOPCon butterfly or BC under shaded conditions, reducing the need for optimizers in many applications and delivering greater long-term value through improved energy yield and faster return on investment.

اختر منتجك المثالي

اسم الوحدة	نوع الخلية	تصميم الوحدة	نطاق الطاقة، واط	لون الوحدة	لون الإطار	أوراق البيانات
AE×××SME-80E	N type TOPCon	Mono-facial	420-440

اسم
الوحدة

نوع
الخلية

تصميم
الوحدة

نطاق
الطاقة، واط

لون
الوحدة

لون
الإطار

أوراق البيانات

AE×××SME-80E

N type TOPCon

Mono-facial

420-440