Huawei LUNA2000 S battery high voltage stack 10 kWh

Name: Huawei LUNA2000 S battery high voltage stack 10 kWh
Brand: Huawei
SKU: LUNA2000-10-S1

10 kWh usable at 5 kW, a common pairing with a 5 kW single-phase system.

TypeBatterieBatterieHaute tensionChimieLiFePO4Montageempilable

Capacité

Prix—

Caractéristiques clés

Toutes les caractéristiques20

Battery class	High voltage
Cell chemistry	LiFePO4
Energy (kWh)	5
Installation	stack
Usable energy (kWh)	5.0
Dimension (mm)	590 x 255 x 510
IP rating	IP66
Max altitude (m)	4000
Max charge discharge per module (kW)	3.5
Max system power (kW)	3.5
Module dimension (mm)	590 x 255 x 360
Module model	LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh)
Module weight (kg)	68
Noise (dB)	29
Operating temperature (°C)	-20 to 55
Operating voltage single phase (V)	350-560
Operating voltage three phase (V)	600-980
Package dimension (mm)	590 x 255 x 510
Package weight (kg)	80
Weight (kg)	80

Battery class	High voltage
Cell chemistry	LiFePO4
Energy (kWh)	7
Installation	stack
Usable energy (kWh)	6.9
Dimension (mm)	590 x 255 x 510
IP rating	IP66
Max altitude (m)	4000
Max charge discharge per module (kW)	3.5
Max system power (kW)	3.5
Module dimension (mm)	590 x 255 x 360
Module model	LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh)
Module weight (kg)	68
Noise (dB)	29
Operating temperature (°C)	-20 to 55
Operating voltage single phase (V)	350-560
Operating voltage three phase (V)	600-980
Package dimension (mm)	590 x 255 x 510
Package weight (kg)	80
Weight (kg)	80

Battery class	High voltage
Cell chemistry	LiFePO4
Energy (kWh)	10
Installation	stack
Usable energy (kWh)	10.0
Dimension (mm)	590 x 255 x 870
IP rating	IP66
Max altitude (m)	4000
Max charge discharge per module (kW)	3.5
Max system power (kW)	7
Module dimension (mm)	590 x 255 x 360
Module model	LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh)
Module weight (kg)	68
Noise (dB)	29
Operating temperature (°C)	-20 to 55
Operating voltage single phase (V)	350-560
Operating voltage three phase (V)	600-980
Package dimension (mm)	590 x 255 x 870
Package weight (kg)	148
Weight (kg)	148

Battery class	High voltage
Cell chemistry	LiFePO4
Energy (kWh)	12
Installation	stack
Usable energy (kWh)	11.9
Dimension (mm)	590 x 255 x 870
IP rating	IP66
Max altitude (m)	4000
Max charge discharge per module (kW)	3.5
Max system power (kW)	7
Module dimension (mm)	590 x 255 x 360
Module model	LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh)
Module weight (kg)	68
Noise (dB)	29
Operating temperature (°C)	-20 to 55
Operating voltage single phase (V)	350-560
Operating voltage three phase (V)	600-980
Package dimension (mm)	590 x 255 x 870
Package weight (kg)	148
Weight (kg)	148

Battery class	High voltage
Cell chemistry	LiFePO4
Energy (kWh)	14
Installation	stack
Usable energy (kWh)	13.8
Dimension (mm)	590 x 255 x 870
IP rating	IP66
Max altitude (m)	4000
Max charge discharge per module (kW)	3.5
Max system power (kW)	7
Module dimension (mm)	590 x 255 x 360
Module model	LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh)
Module weight (kg)	68
Noise (dB)	29
Operating temperature (°C)	-20 to 55
Operating voltage single phase (V)	350-560
Operating voltage three phase (V)	600-980
Package dimension (mm)	590 x 255 x 870
Package weight (kg)	148
Weight (kg)	148

Battery class	High voltage
Cell chemistry	LiFePO4
Energy (kWh)	15
Installation	stack
Usable energy (kWh)	15.0
Dimension (mm)	590 x 255 x 1230
IP rating	IP66
Max altitude (m)	4000
Max charge discharge per module (kW)	3.5
Max system power (kW)	10.5
Module dimension (mm)	590 x 255 x 360
Module model	LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh)
Module weight (kg)	68
Noise (dB)	29
Operating temperature (°C)	-20 to 55
Operating voltage single phase (V)	350-560
Operating voltage three phase (V)	600-980
Package dimension (mm)	590 x 255 x 1230
Package weight (kg)	216
Weight (kg)	216

Battery class	High voltage
Cell chemistry	LiFePO4
Energy (kWh)	17
Installation	stack
Usable energy (kWh)	16.9
Dimension (mm)	590 x 255 x 1230
IP rating	IP66
Max altitude (m)	4000
Max charge discharge per module (kW)	3.5
Max system power (kW)	10.5
Module dimension (mm)	590 x 255 x 360
Module model	LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh)
Module weight (kg)	68
Noise (dB)	29
Operating temperature (°C)	-20 to 55
Operating voltage single phase (V)	350-560
Operating voltage three phase (V)	600-980
Package dimension (mm)	590 x 255 x 1230
Package weight (kg)	216
Weight (kg)	216

Battery class	High voltage
Cell chemistry	LiFePO4
Energy (kWh)	19
Installation	stack
Dimension (mm)	590 x 255 x 1230
IP rating	IP66
Max altitude (m)	4000
Max charge discharge per module (kW)	3.5
Max system power (kW)	10.5
Module dimension (mm)	590 x 255 x 360
Module model	LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh)
Module weight (kg)	68
Noise (dB)	29
Operating temperature (°C)	-20 to 55
Operating voltage single phase (V)	350-560
Operating voltage three phase (V)	600-980
Package dimension (mm)	590 x 255 x 1230
Package weight (kg)	216
Weight (kg)	216

Battery class	High voltage
Cell chemistry	LiFePO4
Energy (kWh)	21
Installation	stack
Usable energy (kWh)	20.7
Dimension (mm)	590 x 255 x 1230
IP rating	IP66
Max altitude (m)	4000
Max charge discharge per module (kW)	3.5
Max system power (kW)	10.5
Module dimension (mm)	590 x 255 x 360
Module model	LUNA2000-5-E1 (5kWh) / LUNA2000-7-E1 (6.9kWh)
Module weight (kg)	68
Noise (dB)	29
Operating temperature (°C)	-20 to 55
Operating voltage single phase (V)	350-560
Operating voltage three phase (V)	600-980
Package dimension (mm)	590 x 255 x 1230
Package weight (kg)	216
Weight (kg)	216

LUNA2000 CABINET TypeBatterieBatterieHaute tensionChimieLiFePO4Montageau sol Capacité Prix— Détails

AI-W TypeBatterieBatterieBasse tensionChimieLiFePO4Montageau sol Capacité5.12 kWh Prix— Détails

BOS-A TypeBatterieBatterieHaute tensionChimieLiFePO4Montageen rack Capacité7.68 kWh Prix— Détails

BOS-B TypeBatterieBatterieHaute tensionChimieLiFePO4Montageen rack Capacité14.3 kWh Prix— Détails

BOS-G TypeBatterieBatterieHaute tensionChimieLiFePO4Montageen rack Capacité5.12 kWh Prix$721.38 Détails

BOS-G PRO TypeBatterieBatterieHaute tensionChimieLiFePO4Montageen rack Capacité5.12 kWh Prix$721.15 Détails