>O6KL1D Off-grid Inverter

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8/10/15KW  Series
8/10/15KW  Series
8/10/15KW  Series
8/10/15KW  Series
8/10/15KW  Series
8/10/15KW  Series
8/10/15KW  Series
8/10/15KW  Series

Residential Split Phase Low Voltage Solar Hybrid Inverter 8KW~15KW



• SSE-HL8K~15K-P2US split-phase low voltage hybrid inverter is designed to meet daily residential energy storage needs. 


• It integrates 3 MPPTs and supports remote monitoring via APP or Web. 


• The maximum operating PV input is 26A. IP65 protection degree. 10-Year warranty. Easy installation.


• High efficiency up to 99.5% for optimal performance.


• Fast switch time (<10ms) ensures seamless power.


• Wide MPPT voltage range: 120V-500V d.c.


• Supports 40V-60V lithium and lead-acid batteries.


• BMS communication & remote monitoring via APP or Web.



  TECHNICAL SPECIFICATION
  Model SSE-HL8K-P2US SSE-HL10K-P2US SSE-HL12K-P2US SSE-HL15K-P2US
  INVERTER INPUT /OUTPUT (GRID)
  Rated Power 8 kW 10 kW 12 kW 15 kW
  Rated Voltage 120 V a.c. / 240 V a.c. (Split Phase), 208 V a.c. (2/3 Phase)
  Rated Frequency 50 Hz / 60 Hz
  Power Factor Range 0.8 leading ~ 0.8 lagging
  Switch Time <10 ms
  Current (Maximum Continuous) 33.4 A a.c. 41.7 A a.c. 50 A a.c. 62.5 A a.c.
  Max. Output Overcurrent Protection 250 V a.c. /125 A a.c.
  BATTERY
  Battery Type Lithium / Lead-acid
  Battery Voltage Range 40 ~ 60 V d.c.
  Rated Battery Voltage 51.2 V d.c.
  Max. Charge Current 167 A d.c. 210 A d.c. 250 A d.c. 275 A d.c.
  Max. Discharge Current 167 A d.c. 210 A d.c. 250 A d.c. 275 A d.c.
  Reverse Connect Protection Yes
  PV INPUT
  No. of MPPT Tracker / Strings 2 / 2+2 3 / 2+2+2 3 / 2+2+2 3 / 2+2+2
  Max. PV Array Power 12 kW 15 kW 18 kW 22.5 kW
  Max. DC Voltage 525 V d.c.
  MPPT Voltage Range 120 ~ 500V d.c.
  Start-up Voltage 100 V d.c.
  Max. Input Current 26 +26 +26 A d.c.
  Isc PV (Absolute Maximum) 39 A d.c.
  AC OUTPUT(EPS)
  EPS Rated Output Voltage 120 V a.c. / 240 V a.c. (Split Phase), 208 V a.c. (2/3Phase)
  EPS Rated Output Frequency 50 Hz / 60 Hz
  EPS Rated Output Active Power 8 kW 10 kW 12 kW 15 kW
  EPS Rated Output Apparent Power 8 kVA 10 kVA 12 kVA 15 kVA
  EPS Rated Output Current 33.4 A a.c. 41.7 A a.c. 50 A a.c. 62.5 A a.c.
  Overload Capacity (Off Grid) 200% 10s
  EFFICIENCY
  MPPT Efficiency 99.90%
  California-efficiency 96.50%
  Max. Efficiency 97.50%
  PROTECTION & FEATURE
  Insulation Monitoring Yes
  Residual Current Monitoring Yes
  Parallel Function Yes
  Protection Degree IP65
  Certifications IEEE1547, CA RULE21, HECO SRD V2.0, UI1741 SA/SB, CSA C22.2, UL1699B.
  Other Protection Overload, Over temperature, Short circuit, Anti-islanding
  GENERAL PARAMETER
  Storage Temperature -25°C ~ +60°C (-13℉ ~ +140℉)
  Operating Temperature -25°C ~ +60°C (-13℉ ~ +140℉), > +45°C (+113℉) Derating to 60%
  Humidity 0-95% (Non-condensing)
  Operating Altitude 4000m (>2000 m, Derating)
  Noise <45 dB
  Dimensions(W*H*D) 450*700*240 mm (17.72*27.56*9.45 in)
  Machine Weight/ N.W. 45 kg (99.21 lbs)
  DISPLAY & COMMUNICATION
  Display LED + APP
  Interface RS485 / WiFi / CAN (Optional: Bluetooth / LAN / 4G / Meter)
SONEC POWER Premium Battery Storage Solutions Advanced Energy Storage for Latin America & Middle East Markets
Lifetime Support Promise
Buy Once, Service Forever
• Free lifetime technical consultation
• Global spare parts network (72hr emergency dispatch)
• Remote diagnostics via SONEC POWER App
• 10-year warranty extendable to 15 years
Military-Grade Safety Systems
5-Layer Intelligent Protection: BMS + EMS + Thermal Control
• Real-time monitoring of voltage/temperature/cell balance
• Auto-shutdown protection against:
- Overcharge/Over-discharge - Short Circuits - Temperature extremes (-20°C to 60°C)
• Active cell balancing technology
• 100% safety record with zero fire incidents
Premium Cell Quality
Engineered with Premium Grade A LiFePO4 Cells
• Sourced from Tier-1 suppliers (CATL/BYD equivalents)
• Rigorous 5-stage quality screening process
• Consistent performance across all climate zon
Choose our benefits

Save more installation, commissioning costs

Reduce the use of fossil fuels and be more environmentally friendly

Continuous and stable power supply

PV expansion will be more convenient in the future