INTRODUCTION
Solar pumping inverter obtains DC electric energy from the photovoltaic cell and converts it into electric energy
to drive the water pump. According to the intensity of sunlight, the inverter adopts MPPT algorithm to adjust the
output frequency and make maximum use of solar energy.
SWP series solar pumping inverter is a flexible, easy-to-use and economical solar pumping inverter launched by
Days energy according to the differentiated needs of customers. It aims to provide customers with economic and
comprehensive economic benefit solutions.
Brand:
Dyas energyItem NO.:
SWP11KH-V1Payment:
FOBProduct Origin:
Anhui, ChinaColor:
BlueShipping Port:
Nanjing, Ningbo, ShanghaiLead Time:
7 daysSystem application:
Solar Pump Solution is mainly used in the fields of daily life water, agricultural and forestry irrigation, desert management, livestock water, village and town water supply.
1. Max.power point tracking technology is adopted, and the efficiency > 99%.
2. It can drive three-phase AC pump.
3. Fully automatic operation control, soft start and soft stop, unattended.
4. Perfect system protection mechanism, overvoltage, undervoltage, overcurrent, short circuit, lack of phase, pump drying and other protection functions.
5. Flow and energy display, RS485 function.
6. DC and AC input power supply.
MAIN FUNCTION
8.Dry run protection
Production parameter
Item \Model
|
SWP4KH-V1
|
SWP5K5H-V1
|
SWP7K5H-V1
|
SWP11KH-V1
|
SWP15KH-V1
|
SWP18K5H
|
SWP22KH-V1
|
SWP30KH-V1
|
SWP37KH-V1
|
PV Input
|
|
|
|
|
|
|
|
|
|
Max. input DC voltage
|
800V
|
800V
|
800V
|
800V
|
800V
|
800V
|
800V
|
800V
|
800V
|
Recommended MPPT Voltage
|
485~750Vdc
|
485~750Vdc |
485~750Vdc
|
485~750Vdc
|
485~750Vdc
|
485~750Vdc
|
485~750Vdc
|
485~750Vdc
|
485~750Vdc
|
Max. MPPT Effiffifficiency
|
99%
|
99%
|
99%
|
99%
|
99%
|
99%
|
99%
|
99%
|
99%
|
Number of String
|
1 | 1 | 1 | 1 | 1 | 1 | 1 | 1 | 1 |
A.C. Input
|
|
|
|
|
|
|
|
|
|
Voltage
|
330~460Vac(3PH) When PV and power grid are required to be mixed, accessory products need to be added
|
330~460Vac(3PH) When PV and power grid are required to be mixed, accessory products need to be added
|
330~460Vac(3PH) When PV and power grid are required to be mixed, accessory products need to be added
|
330~460Vac(3PH) When PV and power grid are required to be mixed, accessory products need to be added
|
330~460Vac(3PH) When PV and power grid are required to be mixed, accessory products need to be added
|
330~460Vac(3PH) When PV and power grid are required to be mixed, accessory products need to be added
|
330~460Vac(3PH) When PV and power grid are required to be mixed, accessory products need to be added
|
330~460Vac(3PH) When PV and power grid are required to be mixed, accessory products need to be added
|
330~460Vac(3PH) When PV and power grid are required to be mixed, accessory products need to be added
|
Frequency
|
50Hz/60Hz(±3%)
|
50Hz/60Hz(±3%)
|
50Hz/60Hz(±3%)
|
50Hz/60Hz(±3%)
|
50Hz/60Hz(±3%)
|
50Hz/60Hz(±3%)
|
50Hz/60Hz(±3%)
|
50Hz/60Hz(±3%)
|
50Hz/60Hz(±3%)
|
A.C. Output
|
|
|
|
|
|
|
|
|
|
Max. applicable motor output power
|
4kW
|
5.5kW
|
7.5kW
|
11kW
|
15kW
|
18.5kW
|
22kW
|
30kW
|
37kW
|
Rated Output Voltage
|
380-460Vac 3-phase
|
380-460Vac 3-phase
|
380-460Vac 3-phase
|
380-460Vac 3-phase
|
380-460Vac 3-phase
|
380-460Vac 3-phase
|
380-460Vac 3-phase
|
380-460Vac 3-phase
|
380-460Vac 3-phase
|
Output Frequency Range
|
0~50/60Hz
|
0~50/60Hz
|
0~50/60Hz
|
0~50/60Hz
|
0~50/60Hz
|
0~50/60Hz
|
0~50/60Hz
|
0~50/60Hz
|
0~50/60Hz
|
Rated output current
|
10A
|
13A
|
18A
|
21A
|
29A
|
36A
|
42A
|
57A
|
71A
|
Mechanical data
|
|
|
|
|
|
|
|
|
|
Dimensions(W/H/D)(mm)
|
252/195/230
|
340/273/288
|
340/273/288
|
340/273/288
|
540/310/295
|
540/310/295
|
540/310/295
|
594/334/301
|
594/334/301
|
Weight
|
3.2kg
|
4.9kg
|
4.9kg
|
5.2kg
|
9kg
|
9kg
|
9kg
|
16kg
|
16kg
|
System
|
|
|
|
|
|
|
|
|
|
Protection Level
|
IP20
|
IP20
|
IP20
|
IP20
|
IP20
|
IP20
|
IP20
|
IP20
|
IP20
|
Operating Temperature
|
-25℃ to +50℃,above 50℃ need derate operating
|
-25℃ to +50℃,above 50℃ need derate operating
|
-25℃ to +50℃,above 50℃ need derate operating
|
-25℃ to +50℃,above 50℃ need derate operating
|
-25℃ to +50℃,above 50℃ need derate operating
|
-25℃ to +50℃,above 50℃ need derate operating
|
-25℃ to +50℃,above 50℃ need derate operating
|
-25℃ to +50℃,above 50℃ need derate operating
|
-25℃ to +50℃,above 50℃ need derate operating
|
Cooling Way
|
Force cooling
|
Force cooling
|
Force cooling
|
Force cooling
|
Force cooling
|
Force cooling
|
Force cooling
|
Force cooling
|
Force cooling
|
Display
|
LED
|
LED
|
LED
|
LED
|
LED
|
LED
|
LED
|
LED
|
LED
|
Communication interface
|
RS485
|
RS485
|
RS485
|
RS485
|
RS485
|
RS485
|
RS485
|
RS485
|
RS485
|
Altitude
|
1000m; above 1000m need derate operating
|
1000m; above 1000m need derate operating
|
1000m; above 1000m need derate operating
|
1000m; above 1000m need derate operating
|
1000m; above 1000m need derate operating
|
1000m; above 1000m need derate operating
|
1000m; above 1000m need derate operating
|
1000m; above 1000m need derate operating
|
1000m; above 1000m need derate operating
|
Noise Emission
|
<65dB
|
<65dB
|
<65dB
|
<65dB
|
<65dB
|
<65dB
|
<65dB
|
<65dB
|
<65dB
|
Compliance
|
EN 50178; IEC/EN 62109-1; IEC 61800
|
EN 50178; IEC/EN 62109-1; IEC 61800
|
EN 50178; IEC/EN 62109-1; IEC 61800
|
EN 50178; IEC/EN 62109-1; IEC 61800
|
EN 50178; IEC/EN 62109-1; IEC 61800
|
EN 50178; IEC/EN 62109-1; IEC 61800
|
EN 50178; IEC/EN 62109-1; IEC 61800
|
EN 50178; IEC/EN 62109-1; IEC 61800
|
EN 50178; IEC/EN 62109-1; IEC 61800
|
Dimension(W/H/D)
|
265/330/150(mm)
|
265/330/150(mm)
|
265/330/150(mm)
|
265/330/150(mm)
|
265/330/150(mm)
|
265/330/150(mm)
|
265/330/150(mm)
|
265/330/150(mm)
|
265/330/150(mm)
|