Temperature coefficient Voltage: 0.16V/℃ / -(160 +10)mV/oC
Temperature coefficient of power: -(0.5+0.05)%/oC
Temperature coefficient Current: 0.06%/℃ / (0.065 +0.015)%/oC
Note: defined as standard deviation of thousands measurements.Absolute power values depend on the measuring system.They can differ by +/- 3% from one measuring system to another.
Property: The multicrystalline silicon solar module is composed of solar cells with the average conversion efficiency above 14%, EVA sheet, solar glass and Tedlar (TPT) back sheet compounded from fluoric-plastic and dacron. The module adopts reliable welding technology and high-vacuum heating lamination process and is equipped with anticorrosion-treated aluminum alloy frame and watertight terminal box. The modules comply with the requirements of international IEC61215 and Safety Glass II Equipment.
Design the characteristics: Even under the condition that the light is dim , the multicrystalline silicon solar cell of above 14% of the efficiency can produce the electricitygreatly in the greatest power output. Power output match with the most ideal solar module With defended and reflected membrane and high transparent glass, the module can increase the energy greatly.
Firm frame reliably: Only for 46mm thick extremely thin positive pole anticorrosion-treated aluminum frame. Safety glass and protect back sheet can avoid damage and water. Pour into the terminal box that the silicon froze the glue.
Seamless system conformity: On the frame opens has 4 - 6 holes, is easy to install in all systems structure. Can be provides the standard MC attachment and the 1m long electric cable Has 3 diodes in the joint box, greatly reduced the system power loss which camouflaged from the module. Utilize EVA and TPT can prevent water entering effectively.