merXu Protected Payments
Zaistite si platbu až do prevzatia tovaru.
SolarEdge SE7K
Výrobca
SolarEdge
Kód výrobcu
SE7K-RWS48BEN4
Dostępne sztuk
69
Gwarancja
12
Výkon [kW]
7
Hmotnosť (kg)
37
Zobraziť viac
Ponuka od dodávateľa:
Odosielano z:
Doručenie do:
Dostupnosť:
Odoslanie príjemcovi do:
Spôsoby platby odporúčané merXu:
Alternatívne spôsoby platby:
Výrobca
SolarEdge
Kód výrobcu
SE7K-RWS48BEN4
Dostępne sztuk
69
Gwarancja
12
Výkon [kW]
7
Hmotnosť (kg)
37
Počet fáz
3-fazowy
The SolarEdge SE7K three-phase inverter is a high-performance, versatile solution for residential and commercial solar energy systems. This advanced inverter combines exceptional efficiency with robust features, making it an ideal choice for those seeking reliable and optimized solar power conversion.
- Impressive 7000 VA rated and maximum AC power output
- Supports three-phase grid connections with 380/220 - 400/230 Vac output
- High 98% maximum inverter efficiency and 97.4% European weighted efficiency
- Accommodates up to 9450 W of DC power input from solar panels
- Compatible with various battery types, including SolarEdge Home Battery and LG Chem RESU series
- Maximum DC input voltage of 900 Vdc with 12 A maximum input current
- Built-in safety features: reverse-polarity protection and ground-fault isolation detection
- Multiple communication interfaces: RS485, Ethernet, ZigBee, Wi-Fi, and optional cellular
- Compliant with international safety and grid connection standards
- Durable IP65-rated enclosure suitable for both outdoor and indoor installations
- Wide operating temperature range from -40 to +60 °C
- Quiet operation with noise levels below 50 dBA
- Compact design with dimensions of 853 x 316 x 193 mm and a weight of 37 kg
The SolarEdge SE7K inverter stands out as a comprehensive energy management solution, seamlessly integrating solar power generation and battery storage. Its high efficiency, advanced features, and compatibility with various battery systems make it an excellent choice for those looking to maximize their solar investment and achieve greater energy independence.