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Solar Cell Testing Equipment

Price 1.00 INR/ Piece

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MOQ : 1 Piece

Solar Cell Testing Equipment Specification

Frequency
50 Hz

Mounting Type
Bench Top

Accuracy
0.5%

Automation Grade
Automatic

Features
High Precision Measurement, Real-Time Monitoring, Data Storage

Operating Voltage
220V AC

Application
Solar Module, Solar Cell Performance Analysis

Temperature
10C - 45C

Test Range
200 W/m - 2000 W/m

Humidity
20% - 90% RH

Power Supply
220V AC, 50 Hz

Port Size
1/4 inch

Interface Type
USB, RS232

Response Time
< 2 seconds

Number of Specimens
1 to 5

Measuring Range
0 - 20A, 0 - 100V

Max Height
420 mm

Product Type
Solar Testing Equipment

Gas Pressure
0.5 - 0.7 MPa

Resolution
0.01A / 0.01V

Specimen Size
156 mm 156 mm (standard solar cell)

Display Type
Digital LCD Display

Usage
Solar Testing Equipment

Capacity
10 kW

Machine Weight
approx. 120 kg

Test Speed
10 mm/min to 500 mm/min adjustable

Test Width
200 mm

Test Stroke
0 - 100 mm

Control Mode
Digital / PLC Controlled

Solar Cell Testing Equipment Trade Information

Minimum Order Quantity
1 Piece

Supply Ability
100 Pieces Per Month

Delivery Time
4 Week

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Wooden Box / Corrugated Box

Certifications
ISO 9001 : 2015

About Solar Cell Testing Equipment

EIE Instruments offers Solar Cell Testing Equipment OR Solar Modular Testing Manufacturing Equipment. For more information please connect with us.

The Price mentioned here are subject to change as per the capacity, specifications and application of the user.

Class AAA LED Simulator for Reliable Results

Experience unmatched testing accuracy with a Class AAA LED light source, ensuring uniform light intensity and spectrum. This simulator mimics actual sunlight, providing dependable measurements vital for solar cell and module characterization.

Robust Design and User Flexibility

Housed in powder-coated steel and rated IP30, this system is built for durability. Adjustable test speeds, auto/manual measurement modes, and digital or PLC control offer versatility for diverse laboratory and production environments.

Advanced Analysis & Data Export

The included software suite provides real-time monitoring, powerful analysis, and reporting capabilities. Export all test data in CSV or Excel files for seamless integration with R&D or QA workflows. Remote communication is enabled via Wi-Fi and Ethernet.

FAQs of Solar Cell Testing Equipment:

Q: How does the calibration process work for this solar cell testing equipment?

A: The calibration is reference cell-based, aligning measurements to industry standards by comparing the device under test with a certified reference cell in controlled conditions, ensuring accuracy and repeatability.

Q: What safety and standards compliance does the equipment meet?

A: It meets the IEC 60904 safety standard and is compliant with both IEC and ASTM photovoltaic testing standards, offering reliable operation and consistent global benchmarking for solar testing.

Q: When should the equipments ambient light compensation be utilized?

A: Ambient light compensation should be used when operating in environments where uncontrolled light may skew results, as it adjusts measurements to account for external lighting variations, preserving data integrity.

Q: Where is this equipment typically installed and used?

A: This bench-top unit is designed for use in solar cell and module laboratories, production lines, research centers, and QA departments that require rigorous testing and performance analysis under controlled settings.

Q: What process is followed to test a solar cell specimen?

A: Specimens (up to five, sized 156 156 mm) are placed in the test area, and testing is conducted in manual or auto mode. Parameters are configured digitally or via PLC, the Class AAA light source simulates sunlight, and measurements are taken, analyzed, and exported as needed.

Q: How is data stored and exported from the equipment?

A: Data storage is managed through the integrated software suite, enabling users to monitor, analyze, and record results in real time. All data can be exported in CSV or Excel format via USB, RS232, Wi-Fi, or Ethernet connections.

Q: What are the benefits of using this solar testing equipment?

A: Benefits include high measurement precision (0.5%), rapid response time (<2 sec.), ambient light compensation, robust construction, digital reporting, and flexible operation modesideal for ensuring solar cell and module quality.

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