Solplanet Ai-HB 150A vs Huawei LUNA2000-14-S1
VS
The verdict
13 differences, and they point both ways
The largest is continuous discharge power: 2.22 kW more power. 7 of 20 comparable parameters are identical, with 13 more left out because at least one datasheet does not publish them.
See all 13 differencesHow alike are they
7
of 20 comparable
parameters are identical
parameters are identical
identical
differs
not published
01
13 of 20 parameters
What actually differs
Parameter
Ai-HB 150A
LUNA2000-14-S1
Difference
Continuous discharge power
9.22 kW
7.00 kW
2.22 kW more power
Nominal energy
15.36 kWh
13.80 kWh
1.56 kWh apart
Depth of discharge
90 %
100 %
10 pp more of the cells usable
Continuous charge power
7.68 kW
7.00 kW
0.68 kW faster charging
Weight
198.0 kg
148.0 kg
50.0 kg lighter
Weight per kWh
14.3 kg/kWh
10.7 kg/kWh
3.6 kg/kWh lighter
Power per kWh
0.67 kW/kWh
0.51 kW/kWh
0.16 kW/kWh more power for its size
Cycle test depth
80 %
100 %
20 pp apart
Max operating temperature
50 °C
55 °C
5 °C more heat tolerant
Ingress protection
IP65
IP66
IP65 vs IP66
Modules per stack
3-8
1-3
3-8 vs 1-3
Operating voltage
240-350.4 V
350-980 V
240-350.4 V vs 350-980 V
Dimensions
990x540x390 mm
870x590x255 mm
990x540x390 mm vs 870x590x255 mm
02
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Price offers
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Ai-HB 150A
LUNA2000-14-S1
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Shop prices by brand: See 4 Solplanet offers · See 69 Huawei offers
03
Full specification
Parameter
Ai-HB 150A
LUNA2000-14-S1
Difference
Capacity
Usable energy
13.82 kWh
13.80 kWh
Effectively the same
Nominal energy
15.36 kWh
13.80 kWh
1.56 kWh apart
Depth of discharge
90 %
100 %
+10 pp for LUNA2000-14-S1
Max system capacity
20.5 kWh
20.7 kWh
Effectively the same
Modules per stack
3-8
1-3
3-8 vs 1-3
Power
Continuous discharge power
9.22 kW
7.00 kW
+2.22 kW for Ai-HB 150A
Continuous charge power
7.68 kW
7.00 kW
+0.68 kW for Ai-HB 150A
Peak discharge power
-
-
Neither datasheet publishes this
Power per kWh
0.67 kW/kWh
0.51 kW/kWh
+0.16 kW/kWh for Ai-HB 150A
Efficiency and lifetime
Round-trip efficiency
95.0 %
-
Not published by Huawei
Cycle life
6000 cycles
-
Not published by Huawei
Cycle test depth
80 %
100 %
20 pp apart
Capacity at end of life
-
-
Neither datasheet publishes this
Self-discharge
-
-
Neither datasheet publishes this
Electrical
Voltage class
High voltage
High voltage
Same
Nominal voltage
307 V
-
Not published by Huawei
Operating voltage
240-350.4 V
350-980 V
240-350.4 V vs 350-980 V
Cell chemistry
LFP
LFP
Same
Active cell balancing
-
-
Neither datasheet publishes this
Thermal management
-
-
Neither datasheet publishes this
Built-in inverter
Inverter
None (battery only)
None (battery only)
Same
Inverter power
-
-
Neither datasheet publishes this
Grid connection
-
-
Neither datasheet publishes this
Backup power
-
-
Neither datasheet publishes this
Physical
Weight
198.0 kg
148.0 kg
-50.0 kg for LUNA2000-14-S1
Weight per kWh
14.3 kg/kWh
10.7 kg/kWh
-3.6 kg/kWh for LUNA2000-14-S1
Dimensions
990x540x390 mm
870x590x255 mm
990x540x390 mm vs 870x590x255 mm
Ingress protection
IP65
IP66
IP65 vs IP66
Outdoor-rated
Yes
Yes
Same
Min operating temperature
-20 °C
-20 °C
Same
Max operating temperature
50 °C
55 °C
+5 °C for LUNA2000-14-S1
Warranty
Warranty
-
-
Neither datasheet publishes this
Warranted throughput
-
-
Neither datasheet publishes this
04
Open all batteries
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13 differences, the largest is usable energy
05
Written summary
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Every figure here is from the manufacturers' own datasheets - a dash means the value is not published, never an estimate.

