Customization: | Available |
---|---|
Nature of Source Flow: | DC to AC |
Phase: | Three |
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Model | TP-100KW | |
Rated capacity | 100KW | |
Operation mode and principle | PWM(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 |
Voltage | AC 220V/AC 380V20% | |
Frequency | 50Hz/60Hz50% | |
DC input |
DC voltage | DC 192V/DC220V/DC240V/DC384V(16 to 32 pieces of 12V batteries) |
Floating battery | 13.6V of each battery*battery quantity(13.6V*16 batteries=217.6V) | |
Cut-off voltage | 10.8V of each battery*battery quantity(10.8V*16 batteries=172.8V) | |
AC output |
Phase number | Three-phase N+G |
Voltage | AC 220V/AC 380V1%(steady load) | |
Frequency | 50Hz/60Hz50%(mains supply)50Hz0.01%(battery) | |
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 | |
System indexes |
Operation efficiency | >=95%(load:100%) |
Computer communication interface | RS 232/RS 485(SNMP remote monitoring network adapter) | |
Operating temperature | -10~40ºC | |
Relative humidity | 0~90%(no condensation) |