Sunsynk - 10kW Single Phase Hybrid Inverter - VOC - 800V Battery - 48V CT&WIFI Incl.

Out of stock
Regular price R 35,750.00

Product details

  • Vendor SUNSYNK
  • SKU SS-1P-10K-H-LV
  • Warranty 10 Years

The SunSynk 10kW 48V Single Phase Hybrid Inverter is a versatile and efficient power management tool designed to help users meet their energy parity targets. It effectively manages power flow from multiple sources, including solar, mains power (grid), and generators, enabling optimal storage and release of energy based on utility demands.

Technical Specifications:

Battery Input Data

  • Battery Type: Compatible with lead-acid or lithium-ion batteries.
  • Battery Voltage Range: 40–60V.
  • Max. Charging Current: 220A.
  • Max. Discharging Current: 220A.
  • Charging Curve: 3 Stages/Equalization.
  • Charging Strategy for Li-Ion: Battery self-adapting to BMS.

PV String Input Data

  • Max. DC Input Power: 13,000W.
  • PV Input Voltage: 370V (Range: 125V–500V).
  • Start-up Voltage: 125V.
  • MPPT Range: 150V–425V.
  • Full Load DC Voltage Range: 200V–425V.
  • PV Input Current: 26A + 26A + 26A +.
  • Max. PV Isc: 44A + 44A + 44A.
  • No. of Strings Per MPPT Tracker: 3 / 2+2+2.

AC Output Data

  • Rated AC Output and UPS Power: 10,000W.
  • Max. AC Power: 11,000W.
  • AC Output Rated Current: 45.5/43.5A.
  • Max AC Output Current: 50/47.9A.
  • Max Continuous AC Passthrough: 70A.
  • Peak Power (Off Grid): 2 times the rated power for 10 seconds.
  • Power Factor Adjustment Range: 0.8 leading to 0.8 lagging.
  • Power Factor: 1.
  • Output Frequency and Voltage: 50/60Hz; L/N/PE 220/230Vac.
  • Grid Type: Split phase; 2/3 phase, single phase.
  • Total Harmonics Current Distortion (THDi): <3% (of nominal power).
  • Current Harmonic Distortion: THD <3% (linear load <1.5%).
  • DC Current Injection: <0.5% In.

The SunSynk 10kW Hybrid Inverter is an excellent choice for users looking to maximize the efficiency of their power management systems across various applications, ensuring reliable energy supply and effective utilization of renewable resources.