Multifunctional High-Speed I-V Measurement System for Solar Panels "Rakit"
A maintenance kit to understand the characteristics and anomalies of solar power generation systems! It consolidates the necessary equipment and software for I-V measurement and data analysis!
Rakit is a maintenance kit designed to understand the characteristics and anomalies of solar power generation systems. It includes measurement tools such as a pyranometer, temperature sensors, and multi-probes, along with software (I-V Data Analyzer) for aggregating and analyzing I-V data, allowing for accurate analysis reports to be generated in a short time. 【Features】 ■ Provides accurate data through corrections based on solar radiation and temperature (STC conversion) ■ Easy-to-use analysis software "I-V Data Analyzer" that can be operated anywhere ■ Automatic output of analysis reports in as little as 3 minutes *For more details, please request materials or view the PDF data available for download.
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basic information
【Product Configuration】 High-speed solar radiation meter, temperature sensor, data logger, I-V tracer (either from Tohgami Electric Manufacturing, Japan Kernel System, or Eihou Seiki), multi-probe, Web plate I-V data analyzer. *Please contact us if you already have an I-V tracer.
Price range
P5
Delivery Time
P4
※Please feel free to contact us.
Applications/Examples of results
Current and voltage measurement at the string unit of a solar power plant.
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Company information
Starting in 1992 with the development and manufacturing of vacuum packaging machines, we entered the solar cell industry two years after our founding by leveraging vacuum technology. Since then, we have supplied various solar manufacturing equipment to solar cell manufacturers around the world. Additionally, based on our achievements accumulated over more than 25 years in manufacturing equipment, we provide inspection equipment and inspection services for solar panels. Furthermore, we are also involved in the reuse and recycling of solar cells, and we are advancing business developments that anticipate future panel disposal issues, such as the sale of reused panels through joint ventures and the provision of intermediate processing services for panels.
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