This equipment is fully compliant with several internationally recognized test standards ensuring that the results of the tests are reliable and consistent These standards include
IEC61215 22016 MQT09 and MQT19 which provide guidelines for testing the performance and longevity of crystalline silicon photovoltaic modules
IEC61215 22021 MQT09 and MQT19 the updated versions of the previous standards offering additional criteria and more stringent requirements for module testing
IEC61730 22016 MST22 which sets safety standards for the design and testing of photovoltaic modules to ensure they meet international safety requirements
This comprehensive approach to testing allows manufacturers and researchers to evaluate the performance stability and safety of PV modules ensuring that they meet the highest industry standards before being deployed in real world applications
Ini demo, bisa diisi apa saja
Ini demo, bisa diisi apa saja
Ini demo, bisa diisi apa saja
Ini demo, bisa diisi apa saja
Produk Tridinamika tersertifikasi jaminan SNI
Ini hanya demo
Free
Jasa Pengiriman kilat oleh tim Tridinamika
Ini hanya demo saja
2-3 Days
Free
Hot Spot Endurance and Stability Test machine is designed to simulate near natural sunlight conditions within a specified area It utilizes a light source with a BBA classification which ensures that the intensity and spectrum of the light are suitable for testing the durability and performance of photovoltaic PV modules under conditions that closely mimic real world exposure to sunlight
This machine is primarily used for aging tests on large area PV modules helping to evaluate their long term reliability and efficiency It subjects the PV modules to controlled accelerated stress to simulate years of exposure to environmental factors such as sunlight temperature fluctuations and humidity This process helps to assess how well the modules will perform over time and identify any potential failures or degradation in their materials and components
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NEOLAB |
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