Nippon Kernel System CO., LTD. Official site

Rental of the I-V curve tracer "Epsilon 1500" has begun!

Due to the requests of many customers, we have started renting out the PV analyzer "Epsilon 1500" for completion inspections and spot inspections of solar power plants!

The "Epsilon 1500V" is an IV curve tracer designed for the maintenance of high-voltage solar power generation systems. Building on the features of the PV analyzer "Epsilon 400/1000," it achieves 1500[V] measurement. 【Features】 ■ Short measurement time (approximately 1 second until result display; less affected by sudden changes in sunlight or shadows) ■ Simple operability (measurement possible with one button, no prior settings required) ■ By connecting this device and the measurement unit (CMU12281, available for simultaneous rental) to a PC, synchronization of I-V curves with sunlight and temperature data is possible (using the included software) ■ Uses MC4 connectors for the measurement connection, ensuring reliable and safe measurements ■ Equipped with a voltage tester function, capable of measuring voltages up to 1500[V] continuously *For more details, please check the URL below or feel free to contact us. http://www.kernel-sys.co.jp/product/rental/nks_rental.html

basic information

【Specifications】 ■ Load Method: Capacitor Load Method ■ Measurement Range ・ Voltage: 0–1500[V] ・ Current: 0–30[A] ・ Power: 0–45[kW] ■ Measurement Items: Open Circuit Voltage (Voc), Short Circuit Current (Isc), Maximum Output Operating Power (Pmax), Maximum Output Operating Voltage (Vpm), Maximum Output Operating Current (Ipm), Curve Factor (F.F.) ■ Measurement Accuracy ・ Voltage: 0.5% F.S. ・ Current: 0.5% F.S. ■ Number of Data Points: 1024 points, etc. *For more details, please download the product catalog or feel free to contact us. 【Rental Notes】 ・ The minimum rental period is one month. (Returns made in less than one month will still be billed for one month.) ・ Please consult us for rentals of three months or more. ・ Payment is required in advance. ・ Prior registration of company information is necessary to use the rental service. ・ The equipment has undergone calibration testing. (Calibration is performed annually.) ・ In the event of a malfunction, if a defect is recognized on the customer's part, repair costs may be charged. ・ Depending on the availability of the equipment, we may not be able to meet your request. We appreciate your understanding in such cases.

Price information

You can check it on our company's website.

Delivery Time

Please contact us for details

Please check the rental reservation status with the person in charge.

Model number/Brand name

PVA18340、CMU12281

Applications/Examples of results

【Rental Usage Purpose】 IV curve measurement during completion inspection of solar power plants (system voltage over 1000V) - Confirmation and certification of the health of solar panels at the time of completion - Acquisition of power generation characteristics (IV curve) at the time of completion in preparation for future damage or degradation IV curve measurement during spot inspections of solar power plants (system voltage over 1000V) Confirmation and certification of the health of solar panels after the power plant is operational.

Line up(2)

Model number overview
PVA18340 PV Analyzer "Epsilon 1500"
CMU12281 Measurement Unit

catalog(16)

Download All Catalogs

I-V Curve Tracer / PV Analyzer "Epsilon 1500"

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I-V curve tracer and PV analyzer "Epsilon 400"

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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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Bypass Diode Checker (BDC15310-N) Catalog

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Thorough support from inspection site to report creation: "PV Maintenance Support System"

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Software "I-V Curve AI for Epsilon"

PRODUCT

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

Measurement Method of PV Analyzer Epsilon (What Japan Kernel System Can Do - Measuring the I-V Curve of Solar Cells 1)

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)

TECHNICAL

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

TECHNICAL

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

TECHNICAL

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)

TECHNICAL

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)

TECHNICAL

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

TECHNICAL

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