SolarEdge SE100K-RW00IBNQ4 100 kW
Hersteller
SolarEdge
Hersteller Code
SE100K-RW00IBNQ4
Dostępne sztuk
0
Gwarancja
5
Leistung [kW]
100
Gewicht (kg)
32
Mehr zeigen
Angebot vom Verkäufer:
Versandland:
Versandländer:
Abfertigungszeit:
Zahlungsmöglichkeiten:
Hersteller
SolarEdge
Hersteller Code
SE100K-RW00IBNQ4
Dostępne sztuk
0
Gwarancja
5
Leistung [kW]
100
Gewicht (kg)
32
Anzahl der Phasen
3-fazowy
Anzahl MPPT
2
The SolarEdge SE100K-RW00IBNQ4 is a high-performance 100 kW photovoltaic inverter designed for large-scale solar installations. This powerful device combines exceptional efficiency with advanced features, making it an ideal choice for commercial and industrial solar projects.
- Impressive 100 kW rated output power with a maximum AC power output of 100,000 W
- Wide operating voltage range of 680 - 1000 V DC for flexible system design
- Robust IP65 protection for both indoor and outdoor installations
- Advanced communication options including RS485, Ethernet, and optional Wi-Fi and cellular connectivity
- Integrated energy management capabilities for optimized system performance
- Built-in PID protection to maintain optimal solar panel efficiency
- Supports multiple grid connection types, including TN-C, TN-S, TN-C-S, TT, IT, and Delta IT
- Active cooling system with fan for efficient temperature management
- Compact dimensions of 558 x 328 x 273 mm, weighing only 32 kg
- Wide operating temperature range from -40 to +60 °C for diverse climate conditions
- Integrated surge protection and rapid shutdown capabilities for enhanced safety
- Remote monitoring and configuration via mobile app for convenient system management
- Compliant with international safety standards, including IEC-62109-1 and IEC-62109-2
- Generous warranty period of 12-20 years for long-term peace of mind
The SolarEdge SE100K-RW00IBNQ4 inverter stands out as a versatile and reliable solution for large-scale solar energy projects. Its combination of high power output, advanced features, and robust design make it an excellent choice for businesses and organizations looking to maximize their solar energy production while ensuring long-term system reliability and efficiency.