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We define the testing of photovoltaic materials to the realization of specific laboratory tests aimed at determining their resistance to inclement weather.

This type of testing performed on the laboratory test chambers, of which the most common are the climatic chambers for environmental testing and accelerated solar simulation, which can accurately reproduce, on a laboratory scale, the different climates can Photovoltaic modules suffer exposed to the weather.

Functions such as corrosion, rain, ice, snow, hail, dust and sand, air pollution, humidity, cold and heat, thermal shocks and high radiation, can be accelerated to extrapolate the values to the expected lifetime of use, and research new more effective and durable products.

SOLATRON cameras, XENOLAB METEOTRON developed by ITC and are manufactured under AENOR procedures, comply with all regulations approval and accompanied by relevant certificates of calibration of test variables selected, a question which can be certified by the products.

These teams can be made regardless of size, depending on the type of components to be tested, from small compact cameras to large chambers of modular construction, capable of hosting large numbers of photovoltaic panels.

CCI developed since 1967, under the AENOR certification, testing cameras and accelerated solar climate model for research and quality control. In this regard it is noteworthy that ITC has made this type of test chambers for the entities of the utmost importance and most prestigious research centers exist today, such as the Higher Council for Scientific Research (CSIC), CENER (CIEMAT ), Ministry of Science and Technology, Universities, Technology Centres Network ENAC, private laboratories and several multinational companies.