| Model: | SPI-37KW |
|---|---|
| Brand: | SANDI |
| Origin: | Made In China |
| Category: | Metallurgy , Mining & Energy / New Energy / Solar Energy |
| Label: | solar pump inverter , water pump inverter , solar inverter |
| Price: |
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|
| Min. Order: | 1 pc |
| Last Online:18 Nov, 2024 |
Solar Pumping Inverter with MPPT
Solar Pumping System Introduction:
Sandi PV pump system is different from traditional AC pump application system, PV pump system is using solar cells to directly convert solar energy into electrical energy, then PV pump inverter drive the AC motor to drive pump getting water from deep well, river, lake etc., finally transport to the destination to meet our demand for water.
PV pumping system consists of four parts: PV array, PV pump inverter, three-phase AC pump and storage device.
PV array absorb sunshine radiation energy and convert it into electrical energy, supply power for whole system.
PV pump inverter is an important part of PV pump inverter system, which convert the output DC from PV array into AC for driving pump, and according to the changes of sunlight intensity in real time to adjust the output voltage and frequency to achieve max. power point tracking and max the use of solar energy.
Product Features
1, Adopting the proposed dynamic VI maximum power point tracking (MPPT) control method & optimized SVPWM; fast response and stable operation; and the conversion efficiency achieves of 99.9%.
2, The system to run automatically, without human duty, saving a lot of manpower
3, Adopting high-efficiency IPM (intelligent power module) from Mitsubishi with high reliability and high efficiency 99.9%.
4, Designed with variable frequency driver (VFD), can be used in variable frequency speed regulation technology, greatly improves efficiency, and better to protect water pump and maximum utilization of solar panels.
5, LCD display operating panel, can setting various parameters through LCD, easy to operation.
6, System modular design, stable operation, high reliability and safety, installation and maintenance
is very convenient
7, Complete protection function for PV input under voltage, PV input over voltage, input connection Reverse Polarity, DC over current, output, over load, short circuit, dry Well, overflow, dry running, and blocking protection.
8, Fully digital control with fully automatic operation, data storage, as well as a full range
of protection features
9, LCD display, you can view and set various operating parameters
10, Equipped with RS485 data communication for remote monitoring (Optional).
11, European CE (EMC, LVD) certificate
Solar pump inverter Specification
|
Model |
Adapted pump motor |
Recommend PV input power (KWP) |
MPPT Tracking Voltage (V) |
Max. DC input voltage (V) |
Rated output current(A) |
Output frequency(Hz) |
|
|
Rated power (kW) |
Rated Voltage (Vac) |
||||||
|
SPI-1500W |
1.5 |
380～440 |
1.85 |
450～800 |
850 |
4 |
0～50 (60) |
|
SPI-2200W |
2.2 |
380～440 |
3 |
450～800 |
850 |
5.6 |
0～50 (60) |
|
SPI-3000W |
3 |
380～440 |
3.5 |
450～800 |
850 |
7.5 |
0～50 (60) |
|
SPI-4000W |
4 |
380～440 |
4.7 |
450～800 |
850 |
9 |
|
|
SPI-5500W |
5.5 |
380～440 |
7 |
450～800 |
850 |
14 |
0～50 (60) |
|
SPI-7500W |
7.5 |
380～440 |
9 |
450～800 |
850 |
18.5 |
0～50 (60) |
|
SPI-11KW |
11 |
380～440 |
13 |
450～800 |
850 |
24 |
0～50 (60) |
|
SPI-15KW |
15 |
380～440 |
18 |
450～800 |
850 |
32 |
0～50 (60) |
|
SPI-18KW |
18.5 |
380～440 |
22 |
450～800 |
850 |
40 |
0～50 (60) |
|
SPI-22KW |
22 |
380～440 |
25 |
450～800 |
850 |
46 |
0～50 (60) |
|
SPI-30KW |
30 |
380～440 |
35 |
450～800 |
850 |
65 |
0～50 (60) |
|
SPI-37KW |
37 |
380～440 |
45 |
450～800 |
850 |
80 |
0～50 (60) |
|
SPI-45KW |
45 |
380～440 |
53 |
450～800 |
850 |
95 |
0～50 (60) |
|
SPI-55KW |
55 |
380～440 |
65 |
450～800 |
850 |
116 |
0～50 (60) |
|
SPI-75KW |
75 |
380～440 |
88 |
450～800 |
850 |
155 |
0～50 (60) |
|
SPI-90KW |
90 |
380～440 |
105 |
450～800 |
850 |
185 |
0～50 (60) |
|
SPI-110KW |
110 |
380～440 |
130 |
450～800 |
850 |
226 |
0～50 (60) |
|
SPI-132KW |
132 |
380～440 |
130 |
450～800 |
850 |
251 |
0～50 (60) |
Alarm: Please choose the right type of inverter according to PV array and pump motor load.
