merXu Protected Payments
Užtikrinkite savo mokėjimą iki pristatymo.
- Gamintojas: Solax Power
- Nominali kintamoji galia: 15000 W
- Eurų efektyvumas: 97.8 %
- Maksimalus efektyvumas: 98.3 %
- Series: X3-PRO G2
Palyginkite 7 pasiūlymus
Nuo
Pasiūlymas iš tiekėjo:
Siuntimo šalis:
Paskirties šalys:
Availability:
Išsiuntimo laikas:
MerXu rekomenduojami mokėjimo būdai:
Alternatyvūs mokėjimo būdai:
Gamintojas
Solax
Gamintojo kodas
X3-PRO-15K-G2
Dostępne sztuk
5
Gwarancja
10
Galia [kW]
15
Svoris (kg)
26
Fazių skaičius
3-fazowy
MPPT skaičius
2
The SolaX X3 15K G2 is a powerhouse inverter designed to maximize your solar energy system's performance. This three-phase inverter offers an impressive blend of high efficiency, robust protection features, and versatile connectivity options, making it an ideal choice for both residential and commercial solar installations.
- Exceptional Power Output: Delivers up to 15,000 W of AC power, perfect for larger solar arrays
- High Efficiency: Boasts a maximum efficiency of 98.5% and European efficiency of 98.1%, ensuring optimal energy conversion
- Wide MPPT Voltage Range: 200-950 V with 2 MPPT inputs for flexible string configurations
- Advanced Grid Support: Adjustable power factor from 0.8 leading to 0.8 lagging for grid stability
- Comprehensive Protection: Features DC reverse polarity, AC short circuit, overvoltage, and overload protection
- Weather-Resistant Design: IP66 protection level for reliable outdoor operation
- Flexible Communication: Optional Ethernet/WiFi/LAN connectivity and Modbus support for easy monitoring and integration
- Compact and Durable: Measures 550 x 550 x 200 mm and weighs 45 kg, with natural convection cooling
- Wide Operating Temperature Range: Functions reliably from -30°C to 60°C
The SolaX X3 15K G2 inverter stands out as a robust and efficient solution for your solar energy needs. Its combination of high power output, advanced features, and reliable performance makes it an excellent investment for those seeking to maximize their renewable energy production while ensuring long-term system reliability and grid compatibility.