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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.
This 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:
JntechItem NO.:
BLDC Solar Pump SoluPayment:
FOBProduct Origin:
Anhui, ChinaColor:
BlueShipping Port:
Nanjing, Ningbo, Shanghai，Shenzhen，GuangzhouLead Time：
7 daysSystem application:
BLDC 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, sewage treatment engineering and fountain landscape.
BLDC solar pump controller
AC/DC solar pump controller
Core advantage
1.Solar panel:25 years design life
2.Pump & controller:5 years design life
3.High quality materials：stainless steel
4.IP65 protection level
5.More than 10 system protections
6.Easy to maintain, low cost
7.Working temp. -15 ℃~ + 60 ℃.
System application:
Main components of the system(Solar pump & controller)
Stainless steel case
Stainless steel case, strong and durable, safe and reliable, noteasy to rust.
100% all copper motor
All copper motor, with over current protection device,pump overload, such as a case of automatic stop.
High precision rotor
Precision machining, higher effiffifficiency, stable operation,longer life.
High effiffifficiency Japan NSK bearing
Run silent and smooth, high load, lubricating oil, long life
Controller：
Using range
Installation: The controller should be installed in well ventilated place to facilitate heat dissipation.
The working environment: -15 ℃~ + 60 ℃.
Adapter pumps: brushless BLDC pump.
Power range
For maximum input power of 1500W water pump.
Three.Operation panel.
|
Model
|
JNPD12
|
JNPD24
|
JNPD36
|
JNPD48
|
JNPD72
|
JNPD110
|
|
PV input
|
|
|
|
|
||
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D.C. Max. Input Voltage
|
48V |
48V |
48V |
96V |
150V |
180V |
|
Recommended MPPT Voltage
|
30~48V
|
30~48V
|
30~48V
|
60~90V
|
90~120V
|
110~150V
|
|
D.C. Max. Input Current
|
15A
|
15A
|
15A
|
15A
|
15A
|
15A
|
|
Max. MPPT Effiffifficiency
|
>99%
|
>99%
|
>99%
|
>99%
|
>99%
|
>99%
|
|
Number of String
|
1 | 1 | 1 | 1 | 1 | 1 |
|
A.C. Output
|
|
|
|
|
|
|
|
Max. Motor Output Power
|
80W | 120W | 300W | 750W | 1100W | 1300W |
|
System
|
|
|
|
|
|
|
|
Protection Level
|
IP65
|
IP65
|
IP65
|
IP65
|
IP65
|
IP65
|
|
Operating Temperature
|
-15~60℃
|
-15~60℃
|
-15~60℃
|
-15~60℃
|
-15~60℃
|
-15~60℃
|
|
Cooling Way
|
Nature cooling
|
Nature cooling
|
Nature cooling
|
Nature cooling
|
Nature cooling
|
Nature cooling
|
|
Display
|
LED
|
LED
|
LED
|
LED
|
LED
|
LED
|
|
Altitude
|
2000m, above 2000m need derate operating
|
2000m, above 2000m need derate operating
|
2000m, above 2000m need derate operating
|
2000m, above 2000m need derate operating
|
2000m, above 2000m need derate operating
|
2000m, above 2000m need derate operating
|
|
Noise Emission
|
<50dB
|
<50dB
|
<50dB
|
<50dB
|
<50dB
|
<50dB
|
|
Compliance
|
EN 50178; IEC/EN 62109-1;IEC61800
|
EN 50178; IEC/EN 62109-1;IEC61800
|
EN 50178; IEC/EN 62109-1;IEC61800
|
EN 50178; IEC/EN 62109-1;IEC61800
|
EN 50178; IEC/EN 62109-1;IEC61800
|
EN 50178; IEC/EN 62109-1;IEC61800
|
|
Dimension（W/H/D）
|
600/180/115(mm)
|
600/180/115(mm)
|
600/180/115(mm)
|
600/180/115(mm)
|
600/180/115(mm)
|
600/180/115(mm)
|
|
Weight
|
8kg
|
8kg
|
8kg
|
8kg
|
8kg
|
8kg
|
|
Model
|
A110
|
A150
|
A200
|
A300
|
|
Adaptable Pump
|
Rated 110V pump
|
Rated 110V pump
|
Rated 110V pump
|
Rated 110V pump
|
|
Rated Input Power(kW)
|
1.5 | 1.5 | 1.8 | 2.5 |
|
Max.Input Current(A)
|
17.0 | 17.0 | 17.0 | 17.0 |
|
Max.Input Voltage(V)
|
DC420V/AC280V
|
DC420V/AC280V
|
DC420V/AC280V
|
DC420V/AC280V
|
|
Min.Input Voltage(V)
|
DC80V/AC85V
|
DC80V/AC85V
|
DC80V/AC85V
|
DC80V/AC85V
|
|
Optional MPPT Voltage(V)
|
110~400
|
150~400
|
200~400
|
300~400
|
|
Working Environment(℃)
|
-15~60
|
-15~60
|
-15~60
|
-15~60
|
Solar off grid power system is composed of PV module, Solar Off grid inverter, and Battery pack.it converts DC power produced by solar panels to AC power to provide electric energy for applications. MPPT charge controller charge the solar electricity into batteries. When solar energy is not enough for loads, or at night, the battery pack will be discharge to replenish energy for loads.
Solar pump inverter obtains direct current energy from photovoltaic cells and converts it into electric energy to drive the water pump. According to the intensity of sunlight, taking use of the MPPT algorithm, the solar pump inverter adjusts the output frequency to make maximum use of solar energy.
Solar pump inverter obtains direct current energy from photovoltaic cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the inverter adjusts the output frequency to make maximum use of solar energy.
It is suitable for agricultural irrigation, pool water supply, animal husbandry and rural water supply
This solar pump inverter input of the utility grid/DG and photovoltaic, automatic switching, online energy complementary,photovoltaic priority, keep the pump rated work, and achieve 24H water supply
Application: Areas without electricity, low power,unstable power grids,and high electricity prices where solar air conditioner is in demand.
Solar water treatment is a type of portable water purification that uses solar energy to make biologically-contaminated water clean. ... One method for solar water disinfection (also called SoDis) uses solar energy to make water contaminated with bacteria, viruses, protozoa and worms safe to drink.
Solar pump inverter obtains direct current energy from photovoltaic cells, and converts it into electric energy to drive the water pump. According to the intensity of sunlight, take use of MPPT algorithm, the solar pump inverter adjusts the output frequency to make maximum use of solar energy.
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