Power Capacity | Commercial solar farms, industrial sites | Industry Standard: Up to 200 kW (IEC 61727) Our Base: 75 kW ▲ Advanced: 250 kW (Supports 100–200 panels) (▲: 33% increase per tier) | Scalability for large-scale installations; 250 kW exceeds industry norms for megawatt systems | Higher cost for advanced models; requires professional installation for high-power variants |
Inverter Efficiency | Residential/commercial energy optimization | Industry Standard: 98% (ENERGY STAR) All Tiers: 99.9% (IEC 61000-3-2) | Minimal energy loss (0.1% better than standard); reduces long-term operational costs | Higher upfront cost for premium efficiency components |
Input Voltage Range | Hybrid solar-storage systems | Industry Standard: 200–600V (UL 1741) Base: 48V ▲ Advanced: 48–800V (Customizable via firmware) | Flexibility for low-voltage arrays (e.g., residential setups) (▲: 15x voltage range expansion) | Requires compatible panels for advanced configurations |
Protection Rating | Outdoor/wet environments | Industry Standard: IP54 (NEMA 4) All Tiers: IP65 (Dust/waterproof per IEC 60529) | Operates in rain/snow without enclosure modifications | Heavier build increases shipping and mounting costs |
Grid Compatibility | Urban high-voltage grids | Industry Standard: 220–240V (IEC 61000-3-2) All Tiers: 380–415V (400V nominal) (▲: 70% higher output voltage) | Direct integration with industrial 3-phase grids (e.g., factories) (▲: 400V vs. residential 220V) | Not compatible with low-voltage residential grids without step-up transformers |
Warranty & Certification | North American/EU projects | Industry Standard: 10 years (IEC 62938) All Tiers: 10 years + CSA/UL 1741 certification | Meets mandatory safety requirements in key markets; extended warranty available | Certification costs may add 5–10% to total system cost |