Power Smart Innovation > Invertoare > Three Phase > Invertor trifazic SN10HT

Invertor trifazic SN10HT

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Detalii tehnice

Three Phase Hybrid Inverter/2 MPPTs

  • 85~460V Wide battery voltage range
  • Built-in multiple operating modes
  • Switch time to EPS mode within 10ms
  • Extra load capacity under EPS mode
  • DC/AC ratio up to 1.5
  • Built-in arc-fault circuit-Interrupter
  • Fanless & slient design
  • Intelligent monitoring & maintenance
Recommended max. PV power (STC)15000Wp
Max. PV input voltage 11000V
Startup voltage180V
Nominal PV input voltage620V
MPPT operating voltage range 2160V~950V
Number of PV inputs2 (2MPPTs, 1/1)
Max. input current per MPPT18A
Max. short circuit current per MPPT25A
Battery typeLi-on
Battery voltage range160V~600V
Max. charge/discharge current25A/25A
Max. charge/discharge power15000W/15000W
Nominal grid output power10000W
Max. grid output power11000VA
Max. grid output current16.7A
Max. input power from grid15000VA
Max. input current from grid22.7A
Nominal grid voltage3L/N/PE, 220V/380V or 230V/400V
Nominal grid frequency50/60
Harmonic(THD)<3%
Power factor range0.8leading ~ 0.8lagging
Rated output power10000W
Peak output power15000VA ,60s
Back up switch time10ms
Nominal output voltage220V/380 Vor 230V/400V
Nominal output frequency50/60Hz
Max. efficiency98.20%
EU efficiency97.50%
Anti islanding protectionYes
Leakage current protectionYes
PV reverse protectionYes
Short circuit protectionYes
Arc-fault circuit-interrupterYes
RSDOptional
Surge protectionDC II/AC II
Battery reverse protectionYes
Dimensions(W*H*D)577*537*206mm
Weight26kg
Installation methodWall-mounted
TopologyTransformerless
Protection degreeIP66
Operating temperature-25 ~ 60℃
Humidity0~ 100%
Cooling methodNatural
Max. operating altitude4000m (>3000m derating)
DisplayLED+APP
Communication methodWifi/4G/Ethernet,RS485,CAN

IEC 62109-1/2, IEC61000-6, IEC61000-3，IEC62116, IEC61727, IEC61683, IEC60068, IEC61000-3, EN50549-1, IEC/EN62477, VDE4105, C10/11, CEI-0-21, TOR Type A
PTPiREE：2021, AS4777-2, PPDS

(1) Exceeding the maximum input voltage will damage the inverter and trigger its self-protection mechanism.
(2) DC input voltage beyond the MPPT operating voltage range will cause the inverter to be out of work.