








The inverter supports three-phase unbalanced output, allowing flexible load distribution across phases and improving power quality for commercial and industrial electrical systems. Anti-backflow control accuracy below 20W enables precise management of reverse power flow, supporting grid compliance and energy optimization.
Multiple communication options including WiFi, GPRS, and LAN are available, enabling seamless connectivity to monitoring platforms. The entire series integrates the latest SML and DRED functions as standard, ensuring compatibility with modern grid control and demand response requirements.


An advanced monitoring platform allows users to track system performance in real time through a smartphone app or web portal, supporting remote diagnostics, data analysis, and operational optimization.
The Hybrid Three Phase Inverter is designed for advanced solar and energy storage systems that require stable three-phase power control and flexible energy management. It supports seamless integration of photovoltaic generation, battery storage, and grid interaction, making it suitable for both grid-connected and hybrid energy environments.
Equipped with a large LCD display, the inverter provides clear and intuitive access to system status, operating parameters, and real-time performance data. The system supports power export limitation, enabling precise control of energy fed into the grid to comply with local grid regulations and self-consumption strategies.
Engineered for demanding operating conditions, the inverter maintains stable output at ambient temperatures up to 45°C without power degradation, ensuring reliable performance in high-temperature regions.
| Model No |
EPH6KTL |
|
Input(DC) |
|
| Max DC power |
9000W |
| Max DC voltage |
1000Vd.c. |
| MPPT voltage range |
200.…850Vd.c. |
| Max input current/per string |
13A/13A |
| Max.input short circuit per MPPT |
18A/18A |
| Number of MPP trackers |
2 |
|
Strings per MPP tracker |
1 |
|
Battery Input |
|
|
Battery Type |
Li-Ion |
|
Battery voltage range |
130-700V |
|
Maximum charge/discharge current |
25/25A |
|
Charge strategy for Li-ion Battery |
Self-adaptation to BMS |
|
Output(AC) |
|
|
AC nominal power |
6000VA |
|
MaxAC apparent power |
7000VA |
|
Max output current |
12A |
|
Nominal AC output |
50/60Hz; 400/350 |
|
AC output range |
45/55Hz; 280~490Vac(Adj) |
|
Power factor |
0.8leading….0.8laging |
|
Harmonics factor |
<3% |
|
Grid type |
3WN/PE |
|
Three-phase unbalance output |
0~100% |
|
AC Output(Back-up) |
|
|
Max AC apparent power |
6000VA |
|
Norminal Output Voltage |
400/380V |
|
Norminal Output Freqency |
50/60HZ |
|
Output THDV(@Linear Load) |
<3% |
|
Efficiency |
|
|
Maximum conversion efficiency |
98.2% |
|
European efficiency |
97.5% |
|
Max battery to AC Efficiency |
97.4% |
|
MPPTefficiency |
99.9% |
|
Safety and Protection |
|
|
DC reverse-polarity protection |
yes |
|
DC breaker |
yes |
|
DCIAC SPD |
yes |
|
Leakage current protection |
yes |
|
Insulation Impedance Detection |
yes |
|
Residual Current protection |
yes |
|
Output short circuit protection |
yes |
|
Battery reverse connection protection |
yes |
|
General Parameters |
|
|
Dimension(W/H/D) |
516*427*183.5mm |
|
Weight |
26 kg |
|
Operating temperature range ℃ |
-25℃...+60℃ |
|
Degree of protection |
IP65 |
|
Cooling concept |
Natural convection |
|
Topology |
Transformerless |
|
Display |
LCD |
|
Humidity |
0-95%, no condensation |
|
Communication |
Standard WiFi; GPRS/LAN(optional) |
|
Warranty |
Standard 5 years; 7/10 years optional |
|
BMS communication |
CAN/RS485 |
|
Meter communication |
RS485 |
|
Certificates and Approvals |
|
|
CQC, VDE-AR-N4105, IEC61727, IEC62116, VDE0124-AR-N0124, EN50549, IEC62109, IEC62477 |
|