Portable Solar Panels | Camping, outdoor gear, small devices | Size: 100mm × 100mm (industry standard: 150mm × 150mm for similar power) Weight: 150g (lighter than rigid panels) | ▲ Compact design (fits backpacks) Certifications: RoHS, CE (ensuring safety) Output: 1.2W (ideal for 12V batteries) | Lower power output (not for high-demand devices) Lower efficiency (18% vs. 22% in monocrystalline) |
Rigid Solar Panels | Rooftop installations, fixed systems | Material: Aluminum frame (durable) Efficiency: 20% (industry avg.) Wattage: 300W+ (e.g., 18V systems) | ▲ Higher power output Long lifespan (25+ years) Weather resistance (IP67 rated) | Heavy (20kg+) Not portable Expensive installation |
Flexible Solar Panels | RVs, curved surfaces, temporary setups | Material: Polymer (bendable up to 180°) Thickness: 2mm (thin for integration) | ▲ Versatile mounting Impact-resistant (ASTM D543 compliant) Lightweight (120g/m²) | Lower efficiency (15–17%) Shorter lifespan (5–10 years) |
High-Power Solar Panels | Home/off-grid systems, industrial use | Wattage: 400W+ (e.g., 24V systems) Size: 1.6m² (industry standard for residential) | ▲ High energy yield (covers 50%+ household needs) Scalable (grid-tied compatibility) | Bulky (requires large space) High upfront cost ($200–$300/unit) |
Monocrystalline Solar Panels | Efficiency-focused applications | Cell Type: Monocrystalline (black cells) Efficiency: 22% (industry top-tier) Space-saving: 15% smaller than polycrystalline | ▲ Higher efficiency Long lifespan (30+ years) Low light performance (5% output in shade) | Higher cost ($0.35/W) Temperature sensitivity (efficiency drops at 25°C+) |
DIY Solar Kits | Home projects, small systems | Includes: Controller, cables, connectors (ISO-compliant) Ease of Use: Plug-and-play design | ▲ No professional installation Cost-effective ($150–$300) Customizable (up to 10 panels) | Limited scalability (max 500W) Lower durability (consumer-grade components) |