Product Features:
1.Adopting three-level technology and efficiency rating of up to 98.1%
2.Dual input sections with independent MPPT efficiency>99.9%
3.Electrolyte-free power converter to further increase the life expectancy
4.High performance index within wide power range
5.Advanced anti-islanding technology
6. Perfect system protection, high reliability
7.Intergrated DC isolation switch and string combiner(optional)
8. Several communication interfaces, LCD display with several languages
9.Programmable protective and running parameters
10.Modular design, easy to install, operate and maintain
11.Passed rigorous environmental test, suitable for inclement service applications
12.IP65, suitable for outdoor installing
Inverter model |
AVE-N5K |
AVE-N5K-AU |
PV side |
Max.PV power |
5.5kWp |
Max.permitted DC Voltage |
750V |
Input short-circuit current |
21.9 |
26.0 |
Max.permitted DC current |
17.5A |
20.8A |
Input points |
1 |
MPPT voltage range |
300V-650V |
240V-650V |
MPPT efficiency |
99.90% |
Grid side |
Rated output power |
5.0kW |
Max.output current |
21.7A |
Power factor |
≥0.99 |
Max.efficiency |
94.0% |
European efficiency |
93.5% |
Permitted grid voltage range |
180~260VAC |
200~270VAC |
Permitted grid frequency range |
47.5~51.5Hz |
45~55Hz |
THD of grid current |
<3% |
Standby power consumption |
15W |
Nighttime power consumption |
0W |
Communication interface |
RS485/GPRS(optional)/Ethernet(optional) |
Man-machine interface |
LCD |
Environmental conditions and safety |
Protection level |
IP65 |
Operating temperature range |
-25~+45℃ |
Cooling |
Natural cooling |
Relative humidity range |
0-98% (non condensing) |
Noise emissions |
<65dB @ 1m |
Isolated-method |
low frequency transformer |
Dimensions(M×H×D) |
470|675|293(mm) |
Weight |
62Kg |
Meet the standards |
EN 50178;
DIN EN 62109-1;
prlEC 62109-2;
VDE 0126-1-1; EN61000-6-1:2007; EN61000-6-3 :2007;
CGC/GF 001:2009 |
IEC 62103;
EN 50178;
IEC/EN 62109-1; IEC/EN 62109-2;
IEC/EN61000-6-1:2007; IEC/EN61000-6-3:2007;
IEC/EN61000-3-3 :2007; AS/NZS 3100: 2009; AS4777.2: 2005; AS4777.3: 2005; |