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High-Performance Solar Panel Sorting & Testing System – Automatic Solar Cell IV Tester

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High-Performance Solar Panel Sorting & Testing System – Automatic Solar Cell IV Tester

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Brand Name :YOHA
Model Number :YH-IV-AAA
Certification :CE
Place of Origin :China
MOQ :1
Packaging Details :Wooden cases
Price :Contact Us
Payment Terms :L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability :We can provide long-term stable supply. For more details, please contact us
Effective test range :220 X 220mm
Spectrum :IEC60904-9
Light intensity non-uniformity :≤ ± 2% AAAA
Instability degree of irradiation :≤ ± 2% AAAA
Test result consistency :≤ ± 0.5% AAA
Test error :≤ 1% AAA
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Automatic Solar Cell IV Tester

High-Performance Solar Panel Sorting & Testing System – Automatic Solar Cell IV Tester

Technical specifications:

This system is designed for solar PV panel manufacturers seeking efficient solutions in a Solar Panel Production Line. It serves as an advanced IV Tester and Automatic Solar Cell IV Tester integrated with an Integrated IV Sorting Machine. This comprehensive solution streamlines the sorting and analytical testing process using state-of-the-art Mass IV Testing Equipment.

Features:

  1. The solar cell tester functions as a high-reliability, high-precision IV Tester that is essential in any Solar Panel Production Line.
  2. The equipment adopts a high-power, long-life imported pulses xenon lamp as the simulator light source, ensuring consistent performance in Mass IV Testing Equipment setups.
  3. An imported ultra-high-precision four-channel synchronous data acquisition card facilitates rapid and accurate data collection, a key component for an Integrated IV Sorting Machine.
  4. A professional superlinear electronic load guarantees the test results remain precise, reinforcing the performance of an Automatic Solar Cell IV Tester.
  5. The system employs non-contact detection technology to prevent secondary damage to the battery, further enhancing the reliability of this IV Tester.

Parameters:

  • Effective Test Range: 220 × 220 mm, ideally suited for a Solar Panel Production Line.
  • Test Range: 0–20W, supporting comprehensive evaluation using Mass IV Testing Equipment.
  • Lamp Spectrum: Compliant with IEC60904-9 and JISC8933 (A Grade), ensuring the precision of the IV Tester.
  • Light Intensity: 100 mW/cm² with a continuous adjustable range of 20–123W/cm², optimal for an Integrated IV Sorting Machine.
  • Light Intensity Non-uniformity: ≤ ±2% AAAA, guaranteeing consistent illumination during testing.
  • Irradiation Instability: ≤ ±2% AAA, maintaining high performance as Mass IV Testing Equipment.
  • Test Result Consistency: ≤ ±0.5% AAA, ensuring repeatable and reliable measurements by the IV Tester.
  • Electrical Properties Test Error: ≤ 1% AAA, providing accurate readings critical for an Automatic Solar Cell IV Tester.
  • Single Flash Time: 10–100 ms (customized), facilitating rapid testing cycles within a Solar Panel Production Line.
  • Measuring Voltage: 0–0.08V (resolution 1 mV), critical for detailed IV curve measurements.
  • Measuring Current: 0–20A (resolution 1 mA); test parameters include Isc, Voc, Pmax, Vm, Im, FF, EFF, Temp, Rs, and RSH, vital for both the IV Tester and the Integrated IV Sorting Machine.
  • Power Demand: 220V/50Hz/2KVA, standard for robust Mass IV Testing Equipment.
  • Production Capacity: The system achieves an operating speed of 2000 pieces per hour with an average of about 1.8 seconds per tablet. (Excludes cell pick and place time; speed varies with test items and accuracy). This throughput makes it an effective Automatic Solar Cell IV Tester in a busy Solar Panel Production Line.
  • Fragment Rate: ≤ 0.05% (reflects machine-induced damage only), ensuring the integrity of the IV Tester.
  • Defective Over-Judgment Rate: Approximately 6% (calculated as A Grade cell misjudged as B Grade over Tested Quantity), highlighting the precision of the Integrated IV Sorting Machine.
  • Missed Rate: ≤ 0.3% (calculated as Quantity of missed Grade B cells over Tested Quantity), underscoring the efficiency of this Mass IV Testing Equipment.
  • Electrical Properties Test Error: ≤ 1% AAA, reinforcing the reliability expected from an IV Tester.

Environmental Requirements:

  1. The testing venue should exceed 3 m × 6 m, with a special testing room height of over 2.5 m and room illumination under 100 lux – essential conditions for an Automatic Solar Cell IV Tester on a Solar Panel Production Line.
  2. The room must be equipped with heating and air conditioning to maintain a stable indoor temperature of around 25°C, ensuring optimal conditions for an Integrated IV Sorting Machine.
  3. A power supply of 220V/2KW with reliable connectivity and proper grounding is required for safe operation of the Mass IV Testing Equipment.
  4. To simulate room temperature conditions, a sufficient area of the test battery must be temporarily connected to the test chamber, ensuring consistency in the IV Tester performance.
  5. The test room should have a compressed air source interface with stable air pressure (5–8 Kg/c㎡) to support the effective functioning of the Automatic Solar Cell IV Tester.


Our Services:

High-Performance Solar Panel Sorting & Testing System – Automatic Solar Cell IV Tester

About Us:
High-Performance Solar Panel Sorting & Testing System – Automatic Solar Cell IV Tester
Yoha Solar is a high-tech enterprise dedicated to the research, development, manufacturing, sales, and after-sales service of serial photoelectric automation equipment.
15+ Years Engaged In Solar
300+ Customers Worldwide

High-Performance Solar Panel Sorting & Testing System – Automatic Solar Cell IV Tester

Our company primarily serves the solar photovoltaic industry and holds its own import and export rights. We have developed a range of independent R&D equipment.

Main Machinery:Fiber Laser Cutting Machine
Solar cell sorting Machine
Solar Cell IV tester
EL defect tester
EL and AOI Appearance Tester
Solar Panel Production Line
Other Auxiliary Machines


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