ICS-DC 2170/A/10

Sichuan Safequene Energy Storage System Technology Co., Ltd
Nennkapazität
2.826 Ah
Nennspannung
768 ~ 832 V
Technologie
LFP (LiFePO4)
Region
China China
Konfiguration
Kabinett
Hersteller Kontaktieren
Hinweis: Ihre Anfrage wird direkt an Sichuan Safequene Energy Storage System Technology Co., Ltd gesendet.

Produkteigenschaften

Modellnummer
ICS-DC 2170/A/10 ICS-DC 2351/L/10
Konfiguration Kabinett
Typ von Speichersystem LFP (LiFePO4)
Montageoptionen Boden
 
 
Nennspannung
768 V 832 V
Nennkapazität
2826Ah@20hr 2826Ah@20hr
Nominale Energie
2170.368 kWh 2351.232 kWh
Nennentladestrom
1256 A 1413 A
Nomineller Ladestrom
1256 A 1413 A
 
Abmessung (L*B*H)
6058x2438x2896 mm 6058x2438x2896 mm
IP-Schutzart IP54
Max. Höhe 3000 m
Kühlmethode Natürliche Konvektion, Flüssig
Kommunikationss CAN, RS485
Firmenlogo

Sichuan Safequene Energy Storage System Technology Co., Ltd

Click to show company phone
https://www.sfq-power.com
China China
Jinshan Industrial Park, Luojiang District, Deyang, Sichuan
Muttergesellschaft: Shenzhen Chengtun Group Co., Ltd.
location
Hinweis: Ihre Anfrage wird direkt an Sichuan Safequene Energy Storage System Technology Co., Ltd gesendet.

Nützliche Kontakte

Unternehmen Beschreibung

SFQ Energy Storage System Technology Co., Ltd is a high-tech company as a wholly owned subsidiary of Shenzhen Chengtun Group Co., Ltd. The company specializes in the research and development, production, and sales of energy storage system products. Its product range includes grid-side energy storage, portable energy storage, industrial and commercial energy storage, and home energy storage. The company is committed to providing customers with green, clean, and renewable energy product solutions and services.

Verwandte Produkte

  • ICESS-T 0-30/40/A
    ICESS-T 0-30/...
    SFQ ESS
  • 51.2V / FLA Series / FLA48500TG2
    €68,2 / kWh
    51.2V / FLA S...
    Felicitysolar
  • TCESS-S 180-130/783/L
    TCESS-S 180-1...
    SFQ ESS
  • 1MW/2MWh Liquid Cooling C&I ESS
    €123 / kWh
    1MW/2MWh Liqu...
    Ainergy