PV ammonia corrosion test chamber

The Photovoltaic Ammonia Test Chamber is a high-precision environmental simulation facility specifically engineered to evaluate the corrosion resistance of PV modules in ammonia-rich atmospheres. Designed to address the unique challenges of agricultural and industrial installations, this chamber allows you to subject solar panels to controlled concentrations of ammonia gas, moisture, and heat. By replicating these harsh conditions, you can verify the long-term structural and electrical stability of your products before they are deployed in environments where high levels of ammonia are prevalent.

Applications

The Photovoltaic Ammonia Test Chamber is a testing device designed to evaluate the corrosion resistance of photovoltaic modules in ammonia environments, ensuring their long-term stable operation in harsh conditions such as industrial or agricultural settings.

Standards

IEC 62716: Photovoltaic (PV) modules—Ammonia corrosion testing (The core standard for this equipment).

IEC 61701: Salt mist corrosion testing of photovoltaic (PV) modules.

IEC 60068-2-52: Environmental testing—Part 2-52: Tests—Test Kb: Salt mist, cyclic (sodium chloride solution).

GB/T 2423.17 / GB/T 2423.18: Environmental testing for electric and electronic products—Salt mist testing methods.

IEC Draft 82/722/CDV: Specific requirements for integrated salt mist and ammonia gas exposure sequences.

Features

This equipment can independently perform all test procedures required by IEC 61701 and IEC Draft Standard 82/722/CDV. Specifically, spray testing at severity levels 1-6. damp heat storage, standard atmospheric environment testing, and sample cleaning phases are all completed within the NaCl corrosion chamber. Ammonia spray testing, damp heat storage, spray washing, and drying can all be performed within the NH3 corrosion chamber.

Parameters