10KW 15KW 20KW 25KW 30KW 40KW 3-phase solar inverter for off grid system

1) Advanced operation mode;

2) Efficient IGBT(Insulated Gate Bipolar Transistor) invertion technology;

3)High adaptability;

4)Reliable performance;

5)Great loading capacity

6)Management function;

7)Intelligent battery management;

8)Personalized settings.

 

 Model-TP

10KW 20KW 30KW 40KW 60KW 80KW 100KW 150KW 200KW
Rated capacity 10kW 20kW 30kW 40kW 60kW  80kW 100kW  150kW 200kW
Operation mode
and principle
PWN (pulse width modulation)based on DSP accurate control technology and double built-in MCUs complete isolation of the output power supply
AC input phase number  three-phase + N+G
AC input voltage  AC 220V/AC 382V±20%
AC input frequency 50hz/60hz±5%
DC voltage   DC 192V/DC 220V/DC 240V/DC 384V(16 to 32 pieces of 12V batteries)
Floating battery 13.6V of each battery*battery quantity (13.6V*16 batteries=217.6)
Cut-off voltage 10.8v of each battery *battery quantity (10.8V*16 batteries=172.8V)
Phase number three-phase +N+G
AC output voltage AC 220V/AC 380V±1% (steady load)
AC output frequency  50hz/60hz±5% (main supply) 50hz±0.01%
Efficiency ≥95% (load:100%)
output waveform sine wave
THD linear load:<3%.non-linear load:<5% 
Dynamic load voltage transient <±5%(jump from 0 to 100%)
Instant recovery time <10ms
time of switching between
the battery and the mains supply
3s-5s
Unbalanced voltage  <±3% <±1% (balanced load voltage)|
Overload capacity 120%,20s;>150%,100ms
Operation efficiency  ≥95% (load: 100%)
Computer communication interface RS232/RS485(SNMP remote monitoring network adapter)
Operating temperature -10-40℃
Relative humidity 0-90% (no condensation)
Noise 40-50dB 50-60dB 60-70dB

 

 

 Model-TP

10KW 20KW 30KW 40KW 60KW 80KW 100KW 150KW 200KW
Rated capacity 10kW 20kW 30kW 40kW 60kW  80kW 100kW  150kW 200kW
Operation mode
and principle
PWN (pulse width modulation)based on DSP accurate control technology and double built-in MCUs complete isolation of the output power supply
AC input phase number  three-phase + N+G
AC input voltage  AC 220V/AC 382V±20%
AC input frequency 50hz/60hz±5%
DC voltage   DC 192V/DC 220V/DC 240V/DC 384V(16 to 32 pieces of 12V batteries)
Floating battery 13.6V of each battery*battery quantity (13.6V*16 batteries=217.6)
Cut-off voltage 10.8v of each battery *battery quantity (10.8V*16 batteries=172.8V)
Phase number three-phase +N+G
AC output voltage AC 220V/AC 380V±1% (steady load)
AC output frequency  50hz/60hz±5% (main supply) 50hz±0.01%
Efficiency ≥95% (load:100%)
output waveform sine wave
THD linear load:<3%.non-linear load:<5% 
Dynamic load voltage transient <±5%(jump from 0 to 100%)
Instant recovery time <10ms
time of switching between
the battery and the mains supply
3s-5s
Unbalanced voltage  <±3% <±1% (balanced load voltage)|
Overload capacity 120%,20s;>150%,100ms
Operation efficiency  ≥95% (load: 100%)
Computer communication interface RS232/RS485(SNMP remote monitoring network adapter)
Operating temperature -10-40℃
Relative humidity 0-90% (no condensation)
Noise 40-50dB 50-60dB 60-70dB