We prevent battery accidents through high-precision battery degradation diagnosis using the conductance method!
The battery deterioration diagnosis device using the conductance method is recommended for the following individuals: A. Those who want to prevent accidents caused by battery deterioration → The conductance method detects battery deterioration early, preventing battery-related accidents. B. Those who want to reduce battery replacement costs → By assessing the state of battery deterioration, you can avoid premature battery replacements and achieve cost savings. C. Those who do not want to stop equipment operation during inspections → You can diagnose battery deterioration without stopping the battery that is currently in operation. D. Those who want to reduce the hassle and cost of battery inspections → Anyone can easily perform reproducible measurements in a short time, making battery inspections possible. E. Those who feel uncertain about the reliability of their current battery management methods → We use the conductance method, which has a high reliability with a correlation of over 90% with actual discharge capacity (actual performance).
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basic information
○ Battery Monitoring System "GEN-3 TELCO" (IoT Type) Automatically diagnose battery degradation without going to the site using IoT! Predictive maintenance of batteries is possible through trend management! ○ Battery Analyzer "CAD-5000JP" (Handheld Type) A handheld type that allows for battery measurement by one person High-precision measurements achieved in just 5 seconds.
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Applications/Examples of results
Battery deterioration diagnosis devices are active in various infrastructure facilities. Telecommunications operators: network centers and mobile base stations Power facilities: power generation and transformation stations, wireless relay stations, and distribution lines
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Company information
Since its establishment in 1930, Sanko Shiya has expanded its business in response to the needs of the times, ranging from the design and manufacturing of communication safety devices and lightning rods to the design and manufacturing of meteorological observation instruments and optical technology-related equipment. Additionally, we established Franklin Japan (in Sagamihara City), a lightning and meteorological information company, and provide high-precision lightning strike information services through a lightning observation network installed across Japan, solidifying our position as the world's only comprehensive company related to 'lightning,' from observation to protection.
