merXu Protected Payments
Stel je betaling veilig tot de levering.
SOFAR 22KTL-X-G3 Driefasig 2xMPPT
Fabrikant
Sofar
Code fabrikant
22KTL-X-G3
Dostępne sztuk
2
aantal fasen
3-fazowy
Gwarancja
10
Vermogen [kW]
22
Meer tonen
€ 1.174,91
+BTW
PLN 5.035,00
Prijs
€ 1.174,91
+BTW
PLN 5.035,00
1
×
PLN 5.035,00
+BTW
(1
pc.)
Aanbod van leverancier:
Land van verzending:
Landen van bestemming:
Beschikbaarheid:
Tijd van verzending:
Betaalmethoden aanbevolen door merXu:
Alternatieve betalingsmethoden:
Fabrikant
Sofar
Code fabrikant
22KTL-X-G3
Dostępne sztuk
2
aantal fasen
3-fazowy
Gwarancja
10
Vermogen [kW]
22
Gewicht (kg)
22
Aantal MPPT's
2
The SOFAR 22KTL-X-G3 three-phase inverter with dual MPPT is a high-performance solution for solar power systems. This versatile inverter offers a range of power ratings from 12,000 W to 24,000 W, making it suitable for various installation sizes and requirements.
Key features of the SOFAR 22KTL-X-G3 include:
- Dual MPPT for optimized energy harvesting
- Wide input voltage range of 450 V - 850 V
- Output voltage options of 220 V/380 VAC and 230 V/400 VAC
- Impressive maximum efficiency of 98.75%
- European efficiency rating of 98.20%
- Comprehensive protection features, including reverse polarity, overcurrent, and overvoltage safeguards
- Advanced string current monitoring
- Anti-islanding protection for enhanced safety
- Multiple communication options: Ethernet, USB, Bluetooth, and GPRS
- Wide operating temperature range from -30°C to +60°C
- IP65 protection class for outdoor installations
- Compact dimensions of 513x425x189 mm and lightweight design at 22 kg
- Compliance with numerous international standards and certifications
The SOFAR 22KTL-X-G3 inverter combines cutting-edge technology with reliability and versatility. Its high efficiency, robust protection features, and flexible communication options make it an excellent choice for both residential and commercial solar installations. With its compact design and adherence to international standards, this inverter ensures seamless integration and optimal performance in diverse solar energy systems.