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Tayfun from TurkeyVeikong solar pump inverter is really in very good quality and we also prepared some promotional products for exhibition. We are going to make new orders soon. Last year there was only one local agent and this year, there are more than 8. Some of them only sell Veikong! -
Cristian from ChileIt’s very good! LCD options make it much easier to use. That’s the strong point, easy of use. And robust. Great PC software.
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Brahim assad from SyriaVEIKONG VFD500 output frequency is stable when the others are fluctuating. Also output current is less than others, that’s why output frequency is higher too which can save more energy.
Contact Person :
Terry
Phone Number :
008613923736332
WhatsAPP :
+8613923736332
Solar Water Pump Inverter with MPPT Frequency Control for Optimal Pumping
| Place of Origin | China |
|---|---|
| Brand Name | VEIKONG |
| Certification | CE |
| Model Number | VFD500-PV |
| Minimum Order Quantity | 1 |
| Price | Negotiable |
| Packaging Details | Carton and Wooden Box |
| Delivery Time | 3 days, depend on the order quantity |
| Payment Terms | Western Union, T/T, L/C, D/A, D/P, PayPal |
| Supply Ability | 15000pcs per Month |
Product Details
| Product Name | IP20 380V 7.5KW Solar Pump Inverter | Current | 17A |
|---|---|---|---|
| Display | LED/LCD | Working Principle | AC-DC-AC |
| Frequency | 50HZ/60HZ | Color | Blue |
| Brand | VEIKONG | Original | China |
| MPPT Efficiency | 99.9999% | MPPT+PID | Support |
Product Description
IP20 380V 11KW Solar Pump Inverter Solar Hybrid Inverter Support Hybrid System
1. VEIKONG solar water pump system is essentially an electrical pump system in which the electricity is provided by one or several PhotoVoltaic (PV) panels. A typical solar powered pumping system consists of a solar panel array that powers an electric motor, which in turn powers a bore or surface pump.
2. What is solar pump inverter?
A solar inverter or PV inverter,solar pump inverter,solar pump controller,solar water pump inverter,solar pump drive,solar water pump controller,solar mppt vfd,solar mppt frequency inverter,solar frequency inverter,solar pump vsd,solar frequency inverter,solar vfd are all key words
IT is a type of electrical converter which converts the variable direct current (DC) output of a photovoltaic (PV) solar panel into a utility frequency alternating current (AC) that can be fed into a commercial electrical grid or used by a local, off-grid electrical network.
It is able to convert DC voltage coming from solar panels into AC voltage for powering any pump driven by a three-phase motor.
Pump speed is constantly adapted to available solar irradiation thus maximising the amount of pumped water and making possible operation even in conditions of low sunlight.
It also offers complete pump protection against surges, overloads and dry running.
Solar Pump Inverter Special Parameters
| Function code | Name | Description | Default | Property |
| 47 Group solar pumping special group | ||||
| P00.03 | RESET |
0:NO ACTION 11:Restore default parameter except for motor parameter and auto-tune related parameter and factory parameter 12:Restore default to factory parameter 13:Clear tripping record |
0 | ★ |
| P00.06 | Source of the Operation Command |
0:keypad 1:terminal 2:communication Ø Command source: run,stop,forward,reverse,jog,fast brake stop.etc |
0 | ★ |
| P00.07 | Numeric frequency setting | 00.00Hz～maximum frequency | 50.00Hz | ☆ |
| P00.11 | Application Macro |
01:Output three phase 50HZ 02:Output three phase 60hz 21:Output single phase with capacitor 50hz 22:Output single phase with capacitor 60hz 31:Output single phase without capacitor 50hz 32:Output single phase without capacitor 60hz |
00 | ★ |
| P01.06 | Maximum frequency | 10.00～600.00Hz | 50.00Hz | ★ |
| P01.08 | Upper limit frequency | Lower limit frequency-maximum frequency | 50.00Hz | ☆ |
| P07.03 | Relay 1 Output terminal function group(T1A T1B T1C) |
0:No function 1:READY 2:RUN 3:Error1(stop fault) 4:Error2(same as Error1 except undervoltage) 5:Warning output(fault but in running) |
3 | ☆ |
| P11.01 | AC asynchronous motor TYPE |
0:Three phase AC asynchronous motor 1:Single phase AC asynchronous motor without starting capacitor |
0 | ★ |
| P11.02 | Motor rated power |
0.1kW～710.0kW Ø when power is less than 1kw ,0.75kw set to 0.8 as per round up principle ,0.55kw motor set 0.6 Ø when change motor rated power,AC drive will automatically set other parameter of motor name plate and motor model parameter be careful to use |
Depend | ★ |
| P11.03 | Motor rated voltage | 10V～2000V | Depend | ★ |
| P11.04 | Motor rated current |
P11.02<30kW:0.01A P11.02>=30kW:0.1A |
Depend | ★ |
| P11.05 | Motor rated frequency | 1.00Hz～600.00Hz | 50.00Hz | ★ |
| P11.06 | Motor rated RPM | 1～60000rpm | Depend | ★ |
| P21.00 | Monitoring display |
0:Standard mode (display frequency only) 1:Automatic scrolling display(Check 3.1 in detail )it show hz,current,power and voltage |
0 | ★ |
| P23.15 | Output phase loss function | 0.0-30%, 0% means output phase detections shielded | 30% | ☆ |
| r27.15 | Accumulative running time | Unit:hour | ● | |
| P47.00 | Solar pump Mppt function enable |
0: invalid The parameters behind the 47 group cannot be changed! 1: Enable, to enable the special mppt function of the PV pump inverter
|
1 | ★ |
| P47.01 |
Solar pump control mode
|
Units digit’s: Startup mode 0: Manual start, the start mode is determined by P00.06; 1: automatic start, When P00.06 change, the association changes here. P00.06=0, when inverter starts and stops by keypad control, it is automatically modified to 1-automatic start P00.06=1, when inverter starts and stops by terminal control.it is automatically changed to 0-manual start Ten digit’s: MPPT function 0: MPPT is disabled; CVT control is used (voltage is given as P47.04). 1: Enable MPPT. |
11 | ★ |
| P47.03 | Automatic start timing | In auto start mode, set the time from power on to start. It is also waiting time to start | 600 | ★ |
| P47.04 | MPPT starting voltage |
Set the starting voltage of the MPPT algorithm. When the MPPT function is disabled, this value is the reference voltage. |
305V(530V) | ★ |
| P47.05 | Light detection threshold | If the output frequency is lower than this value and exceeds P47.06, it will be reported to Sleep and stop | 0Hz | ☆ |
| P47.06 | Light detection time | See P47.05 for explanation. | 60s | ☆ |
| P47.07 | Light weak wake up time | After the sleep fault is reported, if the time when Vdc is higher than the undervoltage point is greater than the set value, the fault state is exited and the operation continues. | 600s | ☆ |
| P47.08 | MPPT tracking step length | The amount of change in the bus voltage during an MPPT cycle. The larger the value, the faster the maximum power point is found, but the lower the accuracy of the maximum power point. | 2V | ☆ |
| P47.09 | Regulator proportional gain | 0.001~1.00 It is for immediate response speed, it is not recommended to change | 0.05 | ☆ |
| P47.10 | Regulator integral gain | 0.001~0.100 tracking response.it is not recommended to change | 0.05 | ☆ |
| P47.28 | Starting coefficient | 0.000～1.000 | 0.850 | ☆ |
| P47.30 | Fast speed function |
Unit digit:fast starting 0:Disable 1:Enable Ten digit:Fast mppt tracking 0:Disable 1:Enable |
11 | ☆ |
Product Application
FAQ
1. Does the product need to set a lot of parameters?
No, it doesn't. The inverter has a self-adaptive and self-learning function. It is automatic start and stop, you can press Run key to start, or you just wait for P47.03=600S(Default) then it will automatically start
2. Could it replace my previous PV pumping inverter?
Yes, of course. Selecting inverter model according to the rated voltage, current and power of the water pump. A bit more is better. Then take off the old one and put ours on, the system will work.
3. How to design solar PV water pump system?
Key point: the rated VOC and VMP and power of the PV Array need to match the input range of the inverter. If needed, we will provide technical support online.
4. How to make the water pump system work without sunshine?
Usually, solar PV water pump system can meet the needs of pumping water.
If there is no sunshine, the system will not work. But out inverter could also support AC input. So, connect the power grid or diesel power generation to the inverter, the pumping system will work. If necessary, keep switch and interface locations during the system design
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