Description:
Many pumps are powered by 390W to 410W Mono-crystalline 54 Cell Half-cut Energy Conservation Solar Panel. This means that it is highly efficient and can provide a consistent flow of water even in low light conditions. The pump is designed to be used in boreholes and deep wells, making it ideal for areas where water is scarce or difficult to access.
Key features:
1、MBB Half-Cut Solar Cell : The MBB Half-Cut Solar Cell, consisting of 108 cells (6X9x2) and featuring a 10/11 busbar solar cell , is a noteworthy addition to the solar energy market.
2、Furthermore, the panel, designed for both domestic and irrigation use, boasts an impressive module output of 410W and a module efficiency of up to 21%. This panel, offers a higher conversion efficiency per unit, making it a valuable investment for those seeking to harness the power of solar energy.
3、Great performance in low light conditions : With its exceptional performance, this solar-powered pump is an ideal solution for those who require a reliable and cost-effective water supply . Its ability to operate in low light conditions ensures that you can access water even during cloudy or overcast days.
4、Efficient Installation : Our Solar Submersible Borehole Deep Well Water Pump is designed with a lightweight panel that distinguishes it from other products in the market. This attribute facilitates a hassle-free installation and operation, saving you valuable time and resources. Moreover, the transparent backsheet of the panel simplifies the installation process and reduces the overall Balance of System (BOS) cost.
5、Through the integration of our solar panel , users can expect a substantial improvement in module performance . This integration results in a noteworthy reduction of 5-25% in Levelized Cost of Energy (LCOE) and an increase in Internal Rate of Return (IRR).
Electrical Performance Data:
182mm series, 54-CELL HALF-CUT SERIES
Panel type : ESM54MH
|
390M
|
395M
|
400M
|
405M
|
410M
|
Maximum Power ( Wp )
|
390W
|
395W
|
400W
|
405W
|
410W
|
Open circuit Voltage (Voc)
|
36.50V
|
36.70V
|
36.95V
|
37.15V
|
37.35V
|
Short circuit Current (lsc)
|
13.65A
|
13.72A
|
13.78A
|
13.85A
|
13.92A
|
Maximum Power Voltage (Vm)
|
30.60V
|
30.80V
|
31.50V
|
31.25V
|
31.45V
|
Maximum Power Current (lm)
|
12.76A
|
12.83A
|
12.90A
|
12.97A
|
13.04A
|
Panel efficiency
|
19.9%
|
20.2%
|
20.5%
|
20.7%
|
21%
|
Maximum Series Fuse
|
25A
|
Watts positive tolerance
|
0~+3%
|
Number of Diode
|
3
|
Standard Test Conditions
|
1000W/㎡,25°C,AM1.5
|
Maximum System Voltage
|
1500V/DC
|
Temperature-Coefficient Isc
|
+0.048%/℃
|
Temperature-Coefficient Voc
|
-0.270%/℃
|
Temperature-Coefficient Pmpp
|
-0.350%/℃
|
Operating Temperature
|
-40℃….+85℃
|
Normal Operating Cell Temperature
|
45±2℃
|
Load Capacity for the cover of the panel (glass)
|
5400Pa(IEC61215)(snow)
|
Load Capacity for the front & back of the panel
|
2400Pa(IEC61215)(wind)
|
Electrical Performance Data ( NOCT ) :
Panel type : ESM54MH
|
390M
|
395M
|
400M
|
405M
|
410M
|
Maximum Power (Wp)
|
295W
|
298.5W
|
302.5W
|
306W
|
310W
|
Open circuit Voltage (Voc)
|
34.30V
|
34.50V
|
34.70V
|
34.90V
|
35.10V
|
Short circuit Current (lsc)
|
10.85A
|
10.90A
|
10.95A
|
11.00A
|
11.07A
|
Maximum Power Voltage (Vm)
|
28.90V
|
29.10V
|
29.30V
|
29.50V
|
29.70V
|
Maximum Power Current (lm)
|
10.21A
|
10.26A
|
10.32A
|
10.38A
|
10.43A
|