Solar Cell IV Curve Tester Lab PV Cell Analyzer with Sun Simulator

• After-sales Service: Long Time
• Warranty: 1year
• Product Name: PV Panel Solar Simulator
• Model NO.: HT-3000
• Transport Package: Wooden Box
• Specification: 150cm*150cm
• Trademark: Hototech
• Origin: China
• HS Code: 9031809090
• Production Capacity: 5000pics/Year
• Package Size: 150.00cm * 150.00cm * 150.00cm
• Package Gross Weight: 200.000kg

Product Description

Product Description

Among all the performance characterization methods for photovoltaic devices, the IV characteristic test is undoubtedly the most intuitive, effective, and widely applied technique. By measuring the IV characteristic curve and further analyzing the data, one can directly understand the various physical properties of the photovoltaic devices, including the efficiency of photoelectric conversion, fill factor, short-circuit current, and open-circuit voltage. These data provide a reliable basis for the research, quality control, and application of photovoltaic device.

 

Product Parameters

System Composition
1. Hardware System

1.1 Class AAA LED Solar Simulator
The LED-AAA series LED solar simulator is an ideal sunlight source for scientific research, representing a perfect upgrade from the current xenon light source solar simulators. Its superior characteristics make it more suitable for the study of solar cells, semiconductor materials, and biological sciences.

 

Model	YH-LED-AAA-50	YH-LED-AAA-100	YH-LED-AAA-300
Light Source Type	Steady-state LED Light Source
Spectral Range	350~1100
Effective Beam Area	50mm×50mm	100mm×100mm	300mm×300mm
Spectral Match	A+
Uniformity	A
Temporal Instability	A+
Light Source Lifespan	>10000 hours
Typical Output Power	100 to 1100 W/m2 (0.1 to   1.1 SUN) adjustable
Supply Voltage	AC220V/50HZ

1.2 Digital Source Meter

1.3 Standard Solar Cell

The standard solar cell is designed and packaged to fully comply with the requirements of IEC60904-2 and can be used for irradiance calibration of various steady-state or transient solar simulators. The spectral response range of the standard solar cell covers (300~1200) nm. The cell itself includes one current signal output port and one temperature signal output port, both of which use the four-wire method to output signals. The internal cell size is 20mm by 20mm, and the type can be chosen from standard monocrystalline, polycrystalline, PERK, HIT, or provided by the customer. A PT100 high-precision thermistor is pre-embedded directly below the cell to accurately output the cell temperature signal. The signal output interface uses an original LEMO interface, equipped with two signal output lines (one end is a LEMO four-wire male connector, and the other end is four banana plugs; if a custom interface is required, please specify in advance). The cell encapsulation glass can be customized according to customer needs.

1.4 Low Resistance Test Fixture

2.Software System

This software supports both GPIB cards and RS-232 serial ports, and can be used for electrical output and testing of Keithley 24xx series digital source meters. 

• Suitable for Keithley 24XX series source meters.
• Fully automatic current-voltage I-V, I-T, V-T curve measurement.
• IV curve multi-overlap display, supports data export.
• Forward scanning, reverse scanning, automatic forward-reverse scanning measurement.
• Measurable parameters: Open-circuit voltage (Voc), Short-circuit current (Isc), Maximum power output of the cell (Pmax), Voltage at Pmax (Vmax), Current at Pmax (Imax), Conversion efficiency (PCE), Fill factor (FF), Series resistance (Rs), and Shunt resistance (Rsh).

 

Application:

Ideal for: PV cell Manufacturers, Independent Testing Laboratories (ILAC certified), University R&D Departments, and Quality Assurance Agencies.

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