Huawei LUNA2000-15-S0 vs Dyness Tower Pro TP15
VS
The verdict
Tower Pro TP15 leads on the differences that matter
The largest is usable energy: 0.41 kWh apart. 6 of 19 comparable parameters are identical, with 14 more left out because at least one datasheet does not publish them.
See all 13 differencesHow alike are they
6
of 19 comparable
parameters are identical
parameters are identical
identical
differs
not published
01
13 of 19 parameters
What actually differs
Parameter
LUNA2000-15-S0
Tower Pro TP15
Difference
Usable energy
15.00 kWh
14.59 kWh
0.41 kWh apart
Continuous discharge power
5.00 kW
15.36 kW
10.36 kW more power
Max system capacity
15.0 kWh
23.0 kWh
8.0 kWh more room to expand
Nominal energy
15.00 kWh
15.36 kWh
0.36 kWh apart
Depth of discharge
100 %
95 %
5 pp more of the cells usable
Power per kWh
0.33 kW/kWh
1.05 kW/kWh
0.72 kW/kWh more power for its size
Nominal voltage
450 V
384 V
66 V apart
Weight
163.8 kg
170.5 kg
6.7 kg lighter
Weight per kWh
10.9 kg/kWh
11.7 kg/kWh
0.8 kg/kWh lighter
Ingress protection
IP66
IP55
IP66 vs IP55
Modules per stack
1-3
2-6
1-3 vs 2-6
Operating voltage
350-560 V
336-438 V
350-560 V vs 336-438 V
Dimensions
1320x670x150 mm
1230x587x310 mm
1320x670x150 mm vs 1230x587x310 mm
02
3 shops we track
Price offers
Shop
LUNA2000-15-S0
Tower Pro TP15
At this shop
All 3 offers for LUNA2000-15-S0 · All 1 offer for Tower Pro TP15
Shop prices by brand: See 69 Huawei offers · See 20 Dyness offers
03
Full specification
Parameter
LUNA2000-15-S0
Tower Pro TP15
Difference
Capacity
Usable energy
15.00 kWh
14.59 kWh
0.41 kWh apart
Nominal energy
15.00 kWh
15.36 kWh
0.36 kWh apart
Depth of discharge
100 %
95 %
+5 pp for LUNA2000-15-S0
Max system capacity
15.0 kWh
23.0 kWh
+8.0 kWh for Tower Pro TP15
Modules per stack
1-3
2-6
1-3 vs 2-6
Power
Continuous discharge power
5.00 kW
15.36 kW
+10.36 kW for Tower Pro TP15
Continuous charge power
-
15.36 kW
Not published by Huawei
Peak discharge power
7.00 kW
-
Not published by Dyness
Power per kWh
0.33 kW/kWh
1.05 kW/kWh
+0.72 kW/kWh for Tower Pro TP15
Efficiency and lifetime
Round-trip efficiency
-
95.0 %
Not published by Huawei
Cycle life
-
8000 cycles
Not published by Huawei
Cycle test depth
-
95 %
Not published by Huawei
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
450 V
384 V
66 V apart
Operating voltage
350-560 V
336-438 V
350-560 V vs 336-438 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
163.8 kg
170.5 kg
-6.7 kg for LUNA2000-15-S0
Weight per kWh
10.9 kg/kWh
11.7 kg/kWh
-0.8 kg/kWh for LUNA2000-15-S0
Dimensions
1320x670x150 mm
1230x587x310 mm
1320x670x150 mm vs 1230x587x310 mm
Ingress protection
IP66
IP55
IP66 vs IP55
Outdoor-rated
Yes
Yes
Same
Min operating temperature
-20 °C
-20 °C
Same
Max operating temperature
55 °C
55 °C
Same
Warranty
Warranty
-
15 yrs
Not published by Huawei
Warranted throughput
-
-
Neither datasheet publishes this
04
Open all batteries
More useful comparisons
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Huawei LUNA2000-15-S0 vs FoxESS ECS4300H-H4
11 differences, the largest is max system capacity
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Huawei LUNA2000-15-S0 vs Deye GB-L16
15 differences, the largest is usable energy
Similar capacity
Huawei LUNA2000-15-S0 vs Deye GB-SL-EU (4 modules in series)
13 differences, the largest is usable energy
Similar capacity
Dyness Tower Pro TP15 vs FoxESS HS15
11 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.