merXu Protected Payments
Säkra din betalning fram till leverans.
SOFAR 110KTLX-G4 Trefas 10xMPPT
- Tillverkare: Sofar Solar
- Nominell växelström: 110000 W
- Max växelström: 167200 W
- Euro Efficiency: 98.3 %
- Series: 110K~125KTLX-G4
Jämför 6 erbjudanden
Från och med
Erbjudande från leverantören:
Avsändningsland:
Destinationsländer:
Tillgänglighet:
Avsändningstid:
Betalningsmetoder som rekommenderas av merXu:
Alternativa betalningsmetoder:
Tillverkare
Sofar
Tillverkarens kod
110KTLX-G4
Dostępne sztuk
2
Gwarancja
10
Effekt [kW]
110
vikt (kg)
75
antal faser
3-fazowy
Antal MPPT
10
The SOFAR 110KTLX-G4 is a powerful and efficient three-phase inverter designed for large-scale solar installations. With its impressive 110kVA output capacity and advanced features, this inverter stands out as a reliable choice for commercial and industrial photovoltaic systems.
- High power output: 110kVA@45°C / 100kVA@50°C, suitable for large-scale installations
- 10 MPPT trackers: Optimizes energy harvest from multiple solar arrays
- Wide input voltage range: 180-1000V, accommodating various PV configurations
- High efficiency: 98.75% max efficiency and 98.30% European efficiency
- Flexible grid compatibility: 380V / 400V / 415V rated grid voltage options
- Advanced protection features: Including DC reverse polarity, anti-islanding, and leakage current protection
- Robust design: IP66 protection rating for outdoor installations
- Wide operating temperature range: -30°C to +60°C for diverse climates
- High altitude operation: Up to 4000m (with derating above 3000m)
- Smart cooling system: Forced air cooling for optimal performance
- User-friendly interface: LCD display and Bluetooth + APP connectivity
- Multiple communication options: RS485 and WiFi for easy monitoring and control
The SOFAR 110KTLX-G4 inverter combines high performance with robust protection features, making it an excellent choice for demanding solar projects. Its transformerless design, coupled with advanced monitoring capabilities and flexible grid compatibility, ensures optimal energy production and system reliability in various environmental conditions.