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Email: info@evlithium.com
The 3kw Hybrid Solar Power Inverter with nominal AC output power 3kW can work with a battery bank as backup power to make the best use of time-of-use policy or to keep a continuous power supply in case of grid outage or poor wind turbine/diesel generator performance, which may help end users maximize self-consumption and enhance energy independence.
Specifications
Item |
Parameters |
Battery Parameters |
|
Compatible Battery Type |
Lithium-ion, Lead-acid |
Nominal Battery Voltage |
48V/51.2V |
Battery Voltage Range |
40V¡«60V |
Capacity of Battery |
2¡«20KWh |
Maximum Charging/Discharging Current |
66A/66A |
Maximum Charging/Discharging Power |
3600W/3600W |
Max. Charging Voltage |
59V |
Charging Curve (Lithium-ion) |
3stages |
Charging Curve (Lead-acid) |
3stages |
Depth of Discharge (Lithium-ion/Lead-acid) |
80%/50% |
Input DC (PV Side) |
|
Max. DC Input Power |
6600W |
Max. DC Input Power for Single MPPT |
4000W |
DC Input Voltage Range |
100V¡«550V |
Nominal DC Input Voltage |
360V |
MPPT Operating Voltage Range |
100V¡«500V |
Full Power MPPT Voltage Range |
140V~440 |
Start-up Voltage (On-grid mode) |
120V |
Max. DC Input Current |
13A/13A |
Max. DC Input Short Current |
13.7A/13.7A |
MPPT Number/ (Strings per MPPT) |
2(1+1) |
Output AC(Grid) |
|
Nominal Output Power |
3000W |
Max. Output Power |
3000VA |
Nominal AC Voltage |
230V |
Operation Phase |
Single Phase |
Max. Input/Output Current |
15A |
Nominal AC Frequency |
50Hz/60Hz |
THDI |
<3% |
Power Factor |
>0.99@rated power -0.8¡«+0.8 adjustable |
UPS Output - with Battery |
|
UPS Max. Output Power without Solar |
3000W |
UPS Max. Output Power with Solar |
3000W |
UPS Nominal Output Voltage |
230V |
UPS Nominal Output Frequency |
50Hz/60Hz |
UPS Nominal Output Current |
13A |
Peak Power |
4500W,30s |
THDV |
<3%@R-load |
Switching Time |
10ms |
Efficiency |
|
MPPT Efficiency |
99.90% |
Max. Efficiency |
97.90% |
EU Efficiency |
97.50% |
Battery Charging Efficiency |
94.50% |
Battery Discharging Efficiency |
94.50% |
Protection |
|
Reverse Polarity Protection |
YES |
Anti-islanding Protection |
YES |
AC Short-circuit Protection |
YES |
Leakage Current Protection |
YES |
Grid Monitoring |
YES |
DC Switch |
YES |
Ingress Protect Degree |
IP65/NEMA4X |
PV Insulation Detection |
YES |
Ground Fault Monitoring |
YES |
Over Current Protection |
YES |
Over Voltage Protection |
YES |
Battery Soft Start Protection |
YES |
SPD Protection |
YES |
General Data |
|
Dimension(mm) |
455W*476 (565) H*181D |
Weight |
20kg |
Display |
Color LCD+LED |
Topology |
Transformerless (Solar), HF(Battery) |
Ambient Temperature Range |
-25¡«60¡æ |
Standby Losses |
<5W |
Cooling |
Natural Convection |
Relative Humidity Range |
0¡«100% |
Max. Operating Altitude |
2000m |
Noise |
<25dB |
Communication |
RS485, Wi-Fi, CAN |
Warranty |
5 Years |
Standard & Certification |
|
EMC |
EN61000-6-1, EN61000-6-2, EN61000-6-3 |
Safety Standard |
IEC62109-1, IEC62109-2, IEC62040 |
Grid Standards |
AS4777, VDE0126, VDE-AR-N4105,
G83, G59, EN50438, EN50439,
CE10-21, CE10-16, NRS097
|
With an intelligent control of the flow of energy, the HYH-3K-Pro hybrid inverter is designed to shift the working modes of a smart load system swiftly among on-grid, off-grid and backup pattern, which enables end users to obtain a financially advantageous electricity bill and stable power supply thanks to its capabilities of zero export, peak shaving and UPS.
HYH-3K-Pro is compatible with 250Vdc low voltage Li-Ion or Lead Acid battery bank(battery voltage range 90-450Vdc).Backup power capacity is a maximum of 3000 watts and it takes a seamless switchover(UPS)within 10ms upon a grid outage.
The inverter integrates both ground fault protection and arc fault protection(AFCI).
An energy storage system can support both single phase and three phase parallel configuration with a maximum of 10 units of HYH-3K-Pro inverters for either hybrid or AC-coupled applications.
The Portal smart monitoring platform provides real-time operating status and historical data including general data of solar power generation, discharge backup power, load consumption and electricity feed into the grid.