It is possible to identify the arrangement of solar cell modules that make up the string and to locate the faults!
The fault module identification device "Cell Line Checker SPLC-A" is used during the maintenance of solar cell modules, ranging from residential to industrial and mega-solar applications. It is designed to explore the arrangement of solar cell modules that make up each string (a circuit connecting multiple solar cell modules in series or parallel) and to identify faulty modules and cells. It can identify forgotten cable connections between modules and pinpoint disconnection locations, leading to improved construction quality. Inspections during installation are also possible. This is a product from the "Solar Cell Fault Location Identification Device - PV Doctor Series." 【Features】 - Easily detects cluster faults and bypass diode disconnections using magnetic field exploration. - Capable of identifying disconnections in inter-module wiring and poor connector connections using electric field exploration. - Enables efficient maintenance work even on cloudy days. - In addition to identifying fault clusters, it can also determine the locations of cell disconnections, allowing for predictions of module output degradation using magnetic field exploration. - Exploration from the back side of the module is also possible. For more details, please contact us or download the catalog.
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basic information
**Response Functions for Failure Modes of Solar Cell Modules** [No string output] ○ Magnetic field exploration → Identification of faulty solar cell modules → Identification of disconnection points in inter-module wiring ○ Electric field exploration → Identification of disconnection in the connection connector or wiring of poorly conducting modules [String output is low] ○ Magnetic field exploration → Identification of faulty solar cell modules → Identification of failure clusters of faulty solar cell modules → Identification of failure cells in faulty solar cell modules → Detection of open failures in bypass diodes within modules ● For more details, please contact us or download the catalog.
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Applications/Examples of results
【Usage】 ○ Allows for the confirmation of the arrangement of solar cell modules during the installation and maintenance of solar power generation systems (PV systems). ○ Enables the detection of faulty modules and faulty cells. ● For more details, please contact us or download the catalog.
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