Interpretation of The Basic Characteristics of High Voltage Solar Battery

There are 11 steps in the process of making a High Voltage solar battery: High Voltage solar battery detection - front welding - inspection - rear connection - inspection - laying (glass cleaning, material cutting, glass pretreatment, laying) - lamination - deburring (deburring Edge, cleaning) - Frame installation (glue application, corner key installation, punching, framing, scrubbing excess glue) - Welding junction box - High voltage test - Component test - Appearance inspection - Packing and storage. The basic characteristics of the High Voltage solar battery include the polarity of the High Voltage Lithium Battery, the performance parameters of the solar battery, and the volt-ampere characteristics of the solar electric environmental protection battery. Below, I will tell you about the three basic characteristics of High Voltage solar batteries.

• The polarity of High Voltage solar battery.

• Performance parameters of High Voltage solar battery.

• Volt-ampere characteristics of High Voltage solar battery.

The polarity of High Voltage solar battery.

Silicon High Voltage solar battery is generally made of a P+/N type structure or N+/P type structure, P+ and N+ represent the conductivity type of the semiconductor material of the front light layer of High Voltage solar battery. N and P represent the conductivity type of the semiconductor material on the back substrate of the High Voltage solar battery. The electrical performance of battery backup solar is related to the characteristics of the semiconductor material used to make the battery.

Performance parameters of High Voltage solar battery.

The performance parameters of High Voltage solar batteries consist of open circuit voltage, short circuit current, maximum output power, fill factor, conversion efficiency, etc. These parameters are the signs to measure the performance of solar storage batteries.

Volt-ampere characteristics of High Voltage solar battery.

P-N junction 48v 100Ah lifepo4 battery consists of a shallow P-N junction formed on the surface, a strip-shaped and finger-shaped front ohmic contact, a back ohmic contact covering the entire back surface, and an anti-reflection layer on the front. When the cell is exposed to the solar spectrum, photons with energies less than the bandgap Eg do not contribute to the cell output. Photons with energy greater than the forbidden band width Eg will contribute energy Eg to the battery output, and energy greater than Eg will be consumed in the form of heat. Therefore, in the design and manufacturing process of High Voltage solar batteries, the impact of this part of heat on battery stability, life, etc. must be considered.

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