Product Introduction:
● DSP intelligent control inverter technology, excellent performance;
● Pure sine wave output, strong stability for various loads;
● LCD+LED display,All the running states and parameters are clear at a glance;
● Output overload protection, automatic protections and alarm;
● Easy operation,only need connect the panels and batteries directly to the Hybrid solar inverter;
● Above price is for hybrid solar inverter with build in solar charge controller ,do not including solar panels and batteries;Kindly link to get complete
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Model |
10KW |
12KW |
15KW |
20KW |
25KW |
30KW |
40KW |
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DC voltage |
220VDC |
220VDC |
220VDC |
220VDC |
240VDC |
240VDC |
384VDC |
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Solar Input specifcation |
Rated power(W) |
11000 |
11000 |
22000 |
22000 |
24000 |
24000 |
38400 |
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Rated Charging Current |
50A |
50A |
100A |
100A |
100A |
100A |
100A |
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Solar Input number |
2 |
2 |
4 |
4 |
4 |
4 |
4 |
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Each number solar input Rated power (W) |
5500 |
5500 |
5500 |
5500 |
6000 |
6000 |
9600 |
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Each number solar Rated Current(A) |
25A |
25A |
25A |
25A |
25A |
25A |
25A |
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Max. PV voltage(VDC) |
≤400V |
≤700V |
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PV input voltage range (VDC) |
183-400V |
320-700V |
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Recommended PV input rated voltage(VDC) |
324V |
360V |
576V |
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AC input |
Input voltage |
380VAC±25% (3phases +N+G) |
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Input frequency |
50HZ/60HZ±5% |
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Charging current |
15A(Max) |
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Inverter specification |
Rated capacity |
10KW |
12KW |
15KW |
20KW |
25KW |
30KW |
40KW |
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Output voltage |
380VAC±5%(3phases +N+G) |
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Frequency |
50HZ/60HZ |
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Output waveform |
Pure sine wave |
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Efficiency |
≥95%(load100%) |
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Total harmonic distortion |
Linear load＜3% nonlinear load＜5% |
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Over load ability |
120% 20 second; more than 150%, 100ms |
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Protection |
Overload, over temperature, short circuit, overpressure, low voltage, low battery volume, peak surge, lack of phase, phase sequence protection, etc |
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switch time between the batteries and City power |
3S-5S |
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LCD display |
Battery voltage,battery charging current,working temperature,Solar generate AH,load consumption AH,battery AH,each solar input current. |
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Operating temperature |
0-40℃ |
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Storage temperature |
-15 - +50℃ |
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Relative humidity |
20-93% no condensation |
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Altitude level |
Altitude is less than 1000m(Each additional 100m power fell by 1%, the highest is 4000m) |
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Unit size: D×W×H(mm) |
635*566*1295 |
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Packing size: D×W×H(mm) |
760*690*1540 |
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G/N weight(KG) |
210/230 |
220/240 |
240/260 |
270/290 |
280/300 |
300/320 |
380/400 |
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Note: according to user's actual situation would chose mains or battery priority. |
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Two working way for your choice:
1. Battery power priority: When have sun power, inverter will charge sun power to battery and take the load, When it has not sun power, inverter will use battery power take the load. When battery power is lower, inverter will automatically use bypass function(AC) to take the load, do not charging the battery..When battery voltage rises,inverter will switch to use the batteries power(solar) to supply the power automatically..,Mostly use in solar off grid power systems.
2. The city power priority: When it have city power, inverter will work bypass output, city power take the load directly;When have both city power and sun power, inverter will charge 2 kinds power to battery(Could choose only use solar to charge the batteries).When city power failed, inverter will automatically switch to battery power to supply the load...Mostly use in the areas which electric power is not stable.