Solar battery Ulica solar UL-330M-60 330W mono 9BB Half-cell

The silicon single crystal solar power unit for domestic, commercial and industrial purposes. It converts the solar radiation in direct electric current. Used for autonomous and backup power supply devices, water heating, automatic irrigation fields. The network of photovoltaic systems, reduces the consumption of the overall network, it is a tool of earnings on sales of electricity. We recommend to buy a solar panel Ulica Solar 330M-60 Half-cell 9BB for solar station under "green" tariff, as it is more productive than conventional models, resistant to overheating and shading

The main characteristics of the solar battery:. < br /> nominal capacity - 330 W;
power tolerance (tolerance) - up to 5 W;
maximum voltage - 33.5 B;
maximum current - 9.85 A; < br /> voltage during the open loop - 41.0 B;
short circuit current - 10.26 a;
maximum efficiency - 19.74%;
backoff depending on heating - 0,39% / ° C.
The solar panel 120 includes a half photocells (Half Cell technology). In each cell, there are 9 bus bars (MVV) system. The face of the silicon wafer protected by a transparent tempered glass. The rear panel is a plastic sheet and a junction box. The entire multilayer structure is placed in a frame of anodized aluminum. Passes standard frame for solar modules wind (up to 3800 Pa) and snow (up to 5400 Pa) load. Serve at least 25 years

Key Features:.
Manufacturer Ulica Solar
Made in China Type

The single crystal panels Material Pure silicon module
Material Aluminum frame
24.0 voltage (V)
330.0 power (W)
current for maximum power of 9.85 (A)
voltage at maximum power 33.5 (B)
10.26 short circuit current (A)
41.0 circuit voltage (V)
Cardinality 120.0 (pcs.)
-40.0 Minimum operating temperature (deg.)
Maximum operating temperature 85.0 (deg.)
degree of protection IP 67
efficiency of at least 19.74 (%)
120 warranty period (months)
DIMENSIONS
18.5 Weight (kg) < br /> 1685.0 Length (mm)
992.0 Width (mm)
35.0 Thickness (mm)

temperature coefficient current Temperature coefficient 0.049 (% / ° C)
Temperature stress coefficient -0.29 (% / ° C)
power factor Temperature -0.39 (% / ° C)