PH1100 EU Series (Three Phase 13–16kW)

⚡ THREE PHASE HYBRID SOLAR INVERTER

13–16kW | 48V Lithium Battery | Max. PV 800V

The PH1100 EU Series (13–16kW) is a high-performance three-phase hybrid inverter, expertly engineered for residential and small commercial applications that demand powerful, reliable, and flexible energy storage solutions.

With its low-voltage 48V battery system, bidirectional power flow, and transformer isolation design, this series offers superior safety and compatibility with both lithium and lead-acid batteries. It delivers a stable 380/400V three-phase output and supports 100% unbalanced loads, making it ideal for diverse real-world electrical demands.

Description

Description

✅ Key Features
🔄 On/Off-Grid Functionality: Seamlessly switch or combine operation modes
💡 100% Unbalanced Three-Phase Output: Perfect for uneven residential or commercial loads
🔋 Max. 320A Charging/Discharging Current: For rapid battery cycling and high-power usage
🔗 Supports Multiple Batteries in Parallel: Enhanced scalability
🔌 AC Coupling Compatible: Retrofit existing solar installations with ease
🧊 48V Low-Voltage System: With transformer isolation for added safety
💧 IP66 Protection: Dust-tight and water-resistant enclosure for outdoor use
🕒 Time-of-Use Programming: Set up to 6 time segments for smart energy scheduling
⚙️ Diesel Generator Compatible: Store surplus genset energy efficiently
📡 WiFi Monitoring: Real-time insights into energy generation, storage, and consumption
🧩 Up to 6 Units Parallel: Expand capacity for larger energy demands

Ideal for:
Homes with three-phase electrical systems
Smart microgrids and energy-sharing networks
Small commercial solar + storage projects
Off-grid resorts, farms, and remote area installations

MODEL PH11-13KL3-EU PH11-14KL3-EU PH11-15KL3-EU PH11-16KL3-EU
Rated power 13000W 14000W 15000W 16000W
BATTERY INPUT DATA
Battery type Lead-acid battery / Lithium battery
Battery voltage 48V
Battery voltage range 40~64V
Charging curve 4-stage adaptive with maintenance/Equalization
Charging Strategy for Li-lon Battery Self-adaption to BMS
Over-current protection/ Over-temperature protection Yes / Yes
Maximum charging/discharging power 13000W 14000W 15000W 16000W
Maximum charging/discharging current 260A 280A 300A 320A
PV STRING INPUT DATA
Max. DC Input Power 16900W 18200W 19500W 20800W
Rated PV Input Voltage 370V
Maximum DC voltage 800V
Start-up Voltage 125V
Minimum voltage for grid connection 200V
Full Load DC Voltage Range 352~650V 379~650V 406~650V 433~650V
Enter high voltage error recovery point 800V
MPPT voltage range 150~800V
Maximum input current 32A/16A 32A/16A 32A/16A 32A/16A
No.of MPP Trackers 3 3 3 3
Input terminal type H4/MC4
AC INPUT/OUTPUT DATA
Rated AC Input/ Output Power 13000W 14000W 15000W 16000W
Max AC Input/ Output Power 13000W 14000W 15000W 16000W
AC Input/ Output Rated Current 19.7A/18.8A 21.2A/20.3A 22.7A/21.7A 24.2A/23.2A
Max. Three-phase Unbalanced Output Current 29.5A/28.2A 31.8A/30.4A 34A/32.5A 36.3A/34.8A
Power Factor Adjustment Range 0.8 leading to 0.8 lagging
Rated Input/Output Voltage 230/380VAC
Rated Input/Output Grid Frequency Range 60Hz±5Hz/50Hz±5Hz
Grid Type Three Phase
Total Harmonics Current Distortion (THDi) <3% (of nominal power)
DC Current Injection <0.5% In
EFFICIENCY
Max. Efficiency 97.5%
Euro Efficiency 96.5%
Euro Efficiency 99.5%
PROTECTION
Integrated Islanding protection, PV input polarity reverse protection, insulationresistance detection, surge protection,leakage current monitoringprotection,output current protection, output short circuit protectionoutput overvoltage protection
Surge Protection DC Type III/AC Type III
Overvoltage Category DC Type II/AC Type III
GENERAL DATA
Operating Temperature Range (°C) -25°C to +60°C, >45°C Derating
Cooling Fan cooling
Noise (dB) ≤55dB
Communication with BMS RS485/CAN
Machine Dimension (W*H*D)(mm) 446*692*260 (excluding connectors and racks)
Package Dimension (W*H*D)(mm) 567*816*404
N.W(kg) 38
G.W(kg) 42
Protection Degree IP66
Installation Style Wall-mounted
Warranty 5 Years
the Warranty Period Depends the Final Installation Site of Inverter, More Info Please Refer to Warranty Policy
CERTIFICATION & STANDARDS
NBT32004-2013