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Automatic Solar Cell EL+IV Sorting Integrated Machine

Automatic Cell EL+IV Sorting Integrated Machine

Technical specifications:



Technical Parameter:


Test size:230×230mm
Camera:20 million pixels
Workpiece specification:4 loading boxes
Capacity:1500 pieces/hour
Uptime (up time):≥99% (normal downtime is not calculated)
Mean time between failures (MTBF):MTBF ≥ 500 hours
Mean time to repair failure (MTTR):MTTR ≤ 1 hour
Ambient temperature/humidity:20~40℃/85 RH%u below
Noise:≤20dB
Cleanliness:in line with the requirements of 100,000 class clean area related specifications
Discharging station:24 discharging stations (standard machine)
Input voltage:220VAC/50HZ
Machine power consumption:3KW
Equipment Size:4200mm*2000mm*1970mm
Weight:800kg


Application:


Suitable for sorting a wide variety of materials, including whole solar cell wafers, half wafers, and other related materials, ensuring efficient and accurate categorization for different types of solar cell production and processing requirements.

Features:


The device has an automatic recognition system that can accurately detect and classify battery defects.
The device is equipped with an advanced automatic recognition system, capable of precisely detecting and categorizing any defects present in the batteries, ensuring accurate assessment and quality control during the testing process.

Equipped with an AAA-rated solar simulator, it enables the effective execution of high-precision measurements.
The system features an AAA-rated solar simulator, which ensures the accurate replication of real-world solar conditions, allowing for the reliable execution of high-precision measurements and the validation of solar cell performance with exceptional consistency.

The use of multiple high-capacity storage containers helps to reduce the frequency of loading and unloading operations.
The inclusion of multiple high-capacity storage containers significantly reduces the need for frequent loading and unloading of materials, streamlining the workflow and improving overall efficiency in the production or testing process.

The fragment rate is less than 0.05%, reducing personal contact loss and increasing production capacity.
With a fragment rate of less than 0.05%, the system minimizes the risk of battery damage, reducing the likelihood of material loss during handling. This not only cuts down on unnecessary personal contact but also boosts production capacity by ensuring higher yields and fewer interruptions.


FeatureDescription
Automatic Recognition SystemAccurately detects and classifies battery defects.
AAA-Rated Solar SimulatorEnables high-precision measurements by simulating real solar conditions.
High-Capacity Storage ContainersReduces the frequency of loading and unloading operations.
Low Fragment RateFragment rate < 0.05%, reducing material loss and increasing production capacity.


 
 
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