| Standard Solar Cable | Residential solar setups, small-scale systems | Copper conductor (16AWG), PE insulation, 25A rated current, non-locking connectors | Cost-effective, lightweight, easy to install | Limited to 25A (▲ Base: 30A), insecure connectors, prone to tangling |
| High Voltage Solar Cable (Base) | Solar farms, commercial systems, high-output panels | Copper conductor (14AWG), PE/XLPE insulation, 30A rated current (▲ from Industry 25A), locking connectors (▲), 1m coiled design | Handles 30A (▲) for peak loads, secure connections, compact storage | Slightly heavier, higher cost than Standard, 1m length may require splicing |
| Advanced Solar Cable | Industrial plants, high-stress environments | Copper conductor (12AWG), XLPE insulation (▲ from PE/XLPE), 35A rated current (▲ from Base 30A), reinforced jacket | 35A capacity (▲), UV/weather-resistant, 2m length (▲ from 1m) | Most expensive, bulkier, complex installation |
| Flexible Solar Cable | Rooftop installations, portable systems | Flexible PE jacket, bend radius 5mm (ISO 11228 compliant), 25A rated current | Easy routing, bends without damage, lightweight | Lower voltage tolerance, less robust connectors, not rated for high current |
| Weatherproof Solar Cable | Outdoor setups in harsh climates | UV-resistant XLPE jacket, IP67 rating (IEC 60529), 30A rated current | Withstands extreme temperatures, dust/waterproof, durable in rain/sun | Stiffer material reduces flexibility, connectors may corrode over time |
| Modular Solar Cable Kit | Expandable systems, temporary setups | Plug-and-play connectors, 25A rated current, modular segments (1m/2m) | Quick assembly, scalable for system growth, no soldering required | Limited to 25A (▲ Base: 30A), connectors degrade faster under stress |