Flexible Solar Panels | Outdoor portable devices, RVs, drones | Flexible TPU substrate (ISO 22331), customizable shapes (triangle), 0.3mm thickness (ISO 300) Certifications: CE, RoHS (TÜV SÜD compliance) | ▲▲▲ 10W (Advanced) vs 3W (Base) – 233% power increase (IEC 61215) 30% lighter than rigid panels (EN 13432) | Lower efficiency (18% vs rigid's 22%) ▲▲ (10% improvement over older models) Warranty: 3 years (vs rigid's 25 years) |
Rigid Solar Panels | Rooftop installations, solar farms | Glass/aluminum frame, 18mm thickness (ISO 300), 22% efficiency (IEC 61215) | ▲▲▲ 25-year warranty (IEC 61215) 22% efficiency, durable (2400 Pa wind resistance) | Heavy (5kg/m²), fixed shape, higher cost per watt |
Monocrystalline Panels | High-efficiency needs, space-constrained | Single-crystal silicon cells, 20.5% efficiency (IEC 61215), black aesthetic | ▲▲▲ 15% higher efficiency than polycrystalline (IEC 61215) Space-efficient | Higher cost (€0.3/W more), performance drops in shade |
Polycrystalline Panels | Budget installations, large open spaces | Multiple silicon crystals, 16.5% efficiency (IEC 61215), lower cost | ▲▲ 30% lower cost than monocrystalline (TÜV SÜD) Sufficient for large areas | Lower efficiency, less space-efficient |
PERC Solar Panels | High-efficiency setups, low-light conditions | Passivated Emitter Rear Cell tech, 22.8% efficiency (IEC 61215), anti-reflective coating | ▲▲▲ 10% higher efficiency than standard panels (TÜV SÜD) Better low-light performance (product uses PERC tech) | Slightly higher cost, newer technology longevity unproven |
Mini Solar Panels | IoT devices, small electronics | Compact size (10W model: 200x200mm), lightweight (ISO 300), foldable design | ▲▲▲ 50% lighter than standard panels (EN 13432) Easy to carry | Lower power output (max 10W), limited for high-power needs |