Model |
YZ-EPH-4K |
YZ-EPH-5K |
YZ-EPH-6K |
YZ-EPH-8K |
YZ-EPH-10K |
|
Input(DC) | ||||||
Max DC power |
6000W |
7500W |
9000W |
12000W |
15000W |
|
Max DC voltage |
|
|
1000VDC |
|
||
MPPT voltage range |
|
|
200-850VDC |
|
||
Max input current/per string |
13Ax2 |
|||||
Number of MPP trackers |
2 |
|||||
Number of input string |
2 |
|||||
Battery Input | ||||||
Battery Type |
Li-Lon |
|||||
Battery voltage range |
130~700V |
|||||
Maximum charge/discharge current |
25/25A |
|||||
Charge strategy for Li-tou Battery |
Self-adaptation to BMS |
|||||
Output (AC) | ||||||
AC nominal power |
4000VA |
5000VA |
6000VA |
8000VA |
10000VA |
|
Max AC apparent power |
5000VA |
5500VA |
7000VA |
8800VA |
11000VA |
|
Max output current |
8A |
10A |
12A |
15A |
17A |
|
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 |
3W/N/PE |
|||||
Three-phase unbalance output |
0~100% |
0~100% |
0~100% |
0~100% |
0~100% |
|
AC Output(Back-up) | ||||||
Max AC apparent power |
4000VA |
5000VA |
6000VA 8000VA |
10000VA |
||
Norminal Output Voltage |
400V/380V |
|||||
Norminal Output Frequency |
50/60HZ |
|||||
Output THDV (@Liuear Load) |
<3% |
|||||
Efficiency | ||||||
Maximum conversion efficiency |
98.00% |
98.00% |
98.20% |
98.20% |
98.20% |
|
European efficiency |
97.30% |
97.30% |
97.50% |
97.50% |
97.50% |
|
Max battery to AC Efficiency |
97.20% |
97.20% |
97.40% |
97.40% |
97.40% |
|
MPPT efficiency |
99.90% |
99.90% |
99.90% |
99.90% |
99.90% |
|
Safety and Protection | ||||||
DC reverse-polarity protection |
yes |
|||||
DC breaker |
yes |
|||||
DC/AC SPD |
yes |
|||||
Leakage current protection |
yes |
|||||
Insulation Impedance detection |
yes |
|||||
Residual Current protection |
yes |
|||||
Output short circuit protection |
yes |
|||||
Battery reerse connection protection |
yes |
|||||
General Parameters | ||||||
Dimension (W/H/D)(mm) |
548*444*184mm |
|||||
Weight (kg) |
27 kg |
|||||
Operating temperature range ºC |
-25C..+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 |
R485 |
|||||
Certificates and Approvals | ||||||
CQC, VDE-AR-N4105,IEC61727,IEC62116,VDE0124-AR-N0124,EN50549,IEC62109,IEC62477 |
Feature
Our inverter has been carefully designed and manufactured to meet international quality standards, ensuring that it meets all the necessary safety requirements for reliable use.
This inverter has undergone rigorous testing and certification by reputable organisations such as TUV and BVDekra, guaranteeing its performance, durability and compliance with industry standards.
High reliability; IP65 protection for 10+ years: Our product boasts exceptional reliability, with a robust IP65 ingress protection rating that allows it to withstand various environmental conditions for over 10 years, ensuring uninterrupted and reliable power generation.
Our product’s integrated large LCD display provides users with clear and comprehensive information on system performance, making it easier to monitor and manage. In addition, our product offers a three-phase unbalanced output, ideal for applications that require efficient and balanced power distribution.
The SUNRUNE Inverter offers the convenience of setting the power export limit, allowing users to optimise their energy consumption.
It offers various communication options including Wifi, GPRS or LAN, giving users the flexibility to connect and monitor their system remotely according to their preferred method.
For added convenience, the SUNRUNE Inverter has the option to display fault codes on the LCD screen, allowing users to quickly identify and resolve any problems. In addition, our product is compatible with smart meters, making it easier to integrate into existing energy management systems.