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The KOPEL KSJ-026 cell setter employs a self-alignment mechanism that enables high accuracy of ±0.05 mm to ensure stable probing of PV cells to be measured, thus achieving high repeatability of the measured data.
The KOPEL KSJ-026 cell setter employs a self-alignment mechanism that enables high accuracy of ±0.05 mm to ensure stable probing of PV cells to be measured, thus achieving high repeatability of the measured data.
KOPEL KSM Series probe bars enhance the measurement accuracy and repeatability of PV cell IV measurement by providing much higher precision and durability than competitors’ products.
The KOPEL KSM Series probe bars are incorporated into the…
KOPEL KSM Series probe bars enhance the measurement accuracy and repeatability of PV cell IV measurement by providing much higher precision and durability than competitors’ products.
The KOPEL KSM Series probe bars are incorporated into the KOPEL KSX-1000 high-performance solar cell test system and the KSX-3000H high-efficiency solar cell test system.
A High-precision IV Test System that allows accurate measurement of IV of high-efficiency PV modules including HIT® with a 50-ms pulse light.
It is generally believed that a stationary light or a very long pulse (several hundreds of ms or l…
A High-precision IV Test System that allows accurate measurement of IV of high-efficiency PV modules including HIT® with a 50-ms pulse light.
It is generally believed that a stationary light or a very long pulse (several hundreds of ms or longer) is needed to measure HIT® or similar high-efficiency PV modules. Kyoshin, however, has jointly developed an innovative test method, called the “KOPEL Method,” with Japan’s National Institute of Advanced Industrial Science and Technology (AIST).
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