Nippon Kernel System CO., LTD. Official site

I-V Curve Tracer [PV Analyzer Gamma 600/1000]

High-precision IV curve measurement device. Detailed measurement settings and automatic measurements can be performed without a PC. Ideal for the development and research of solar cells, such as outdoor exposure tests. [Demo unit available for loan◎]

We have adopted an electronic load method to achieve high-performance I-V curve measurement. Based on customer requirements, we will configure a solar cell evaluation system centered around this device. We can also propose systems such as measurement systems in open state and grid-connected measurement systems using power conditioners. Of course, it can also be used for maintenance purposes. ◆ Variable sweep direction: short circuit → open circuit, open circuit → short circuit, etc. ◆ Variable sweep time: 150[ms] to 1000[ms] ◆ I-V curves can be checked on-site using a high-resolution color monitor ◆ Measurement of special solar cells (CPV) from a single unit is possible ◆ Clear graph display through 1024-point measurement * For more details, please download the PDF or feel free to contact us. * Demo units are also available for loan, so please get in touch.

basic information

Electronic load method - four-terminal method Measurement accuracy: 0.5% F.S.

Price range

Delivery Time

Applications/Examples of results

Not only is this device used as a standalone unit, but it is also utilized extensively as a measurement system.

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[Discontinued] I-V Curve Tracer PV Analyzer 'Epsilon 400/1000'

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I-V curve tracer PV analyzer 'Gamma 600/1000'

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Commitment to the number of measurement points (sampling number) (What Japan Kernel System can do - Measuring the I-V curve of solar cells 2)

TECHNICAL

What can be understood from I-V curve measurement (What Japan Kernel System can do - Measuring the I-V curve of solar cells 3)

TECHNICAL

What can be understood from the shape of the I-V curve (What the Japan Kernel System can do - Measuring the I-V curve of solar cells 4)

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STC Calculation of I-V Curve (What Japan Kernel System Can Do - Measuring the I-V Curve of Solar Cells 5)

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Simplified STC calculation of the I-V curve (What Japan Kernel System can do - Measuring the I-V curve of solar cells 6)

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Issues with I-V curve measurements that become more pronounced as solar radiation decreases (What Japan Kernel System can do - Measuring the I-V curve of solar cells 7)

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Differences and Characteristics of Load Methods for I-V Curve Tracers (What Japan Kernel System Can Do - Measuring the I-V Curve of Solar Cells 8)

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High-Freedom I-V Curve Measurement 1 (What Japan Kernel System Can Do - Measuring the I-V Curve of Solar Cells 9)

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High-Freedom I-V Curve Measurement 2 (What Japan Kernel System Can Do - Measuring the I-V Curve of Solar Cells 10)

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The evolution of PV analyzers (What the Japanese Kernel System can do - Measuring the I-V curve of solar cells 12)

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Customization of measurement range tailored to the I-V curve measurement target (What Japan Kernel System can do - Measuring the I-V curve of solar cells 13)

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