Hybrid Solar Pump Inverter 2.2kw~7.5kW For Irrigation
- JNP2K2H-V5
Product Introduction
Product Features
-
Strong Overload Capacity: Capable of driving three-phase AC water pumps with equivalent power
-
Maximum Power Point Tracking (MPPT) Technology: Efficiency greater than 99%
-
Wide MPPT Input Voltage Range: 460VDC to 850 VDC, ensuring optimal performance under varying conditions.
-
Modular design; easy to install, operate and maintain
Technical Specifications
- JNP2K2H-V5
MODEL
JNP2K2H-V5
JNP3KH-V5
JNP3K7H-V5
JNP4KH-V5
JNP5K5H-V5
JNP7K5H-V5
PV Input
D.C. Max. Input Voltage
880V
Recommended MPPT Voltage
460-850V
D.C. Max. input Current
15A
15A
15A
15A
30A
30A
Max. MPPT Efficiency
>99%
Number of String
1
A.c. Input
Voltage
360-460Vac, 3PH
Frequency
50Hz/60Hz (±3%)
A.c. Output
Max. Motor Output Power
2.2kW
3kW
3.7kW
4kW
5.5kW
7.5kW
Rated Output Voltage
380-460Vac (3PH)
Output Frequency Range
0-50/60Hz
Rated Output Current
6A
7A
9A
10A
13A
18A
System
Protection Level
IP65
Operating Temperature
-25-60 ℃
Cooling Way
Nature cooling
Display
LED/LCD
Communication
RS485,GPRS/Bluetooth
Altitude
3000m,above 3000m need derate operating
Noise Emission
<50dB
Compliance
EN 50178; IEC/EN 62109-1;IEC61800
Dimension(W/D/Hmm)
265/150/330 mm
Weight(kg)
6.5 kg
Description
Hybrid Solar Pump Inverter For small Field Irrigation
Wide Power Range: Supports a wide range of pump sizes, from 2.2kW to 7.5kW, making it suitable for various agricultural and industrial applications.
High Efficiency: Ensures maximum energy conversion from solar power to pump operation, minimizing energy loss and improving overall system efficiency.
MPPT Technology: Features Maximum Power Point Tracking (MPPT), optimizing solar energy usage for consistent and reliable water pumping performance.
Durable Design: Built to withstand harsh environmental conditions, offering reliable operation in extreme temperatures, humidity, and dust.
Easy Installation: Compact and user-friendly design, simplifying installation and reducing setup time for both residential and commercial water pumping systems.
Cost-Effective Operation: Reduces operational costs by using free solar energy, eliminating the need for costly grid electricity or fuel-powered systems.