Trina's Vertex 670 W withstands winds of 216 km/h during test

During the test, carried out by the manufacturer in conjunction with China General Certification, the panel was not damaged.
Módulo de 670 W da Trina resiste a ventos de 216 kmh durante teste
The market has given preference to modules resistant to strong winds and other climatic situations

The Vertex 670 W photovoltaic module, with 210 mm cells, produced by Trina Solar, passed the extreme wind tunnel test.

During the experiment, carried out by Trina Solar in conjunction with CGC (China General Certification), the product remained intact even when the air speed reached 216 km/h.

“The result confirms that the ultra-high power modules maintain excellent performance even when subjected to extreme weather conditions, including those that characterize a category 4 hurricane, on the international Saffir-Simpson scale”, stated the manufacturer.

The trend towards globalization of photovoltaic applications, with the increasing diversification of environments where equipment is installed, has resulted in more demanding performance requirements.

For this reason, the market has given preference to modules resistant to strong winds and other climatic situations.

Trina reported that Trina Solar's Vertex 670 W module underwent, among other improvements, a series of design optimizations, as well as increased robustness of the structure, which included the use of more resistant materials.

“With regard to photovoltaic cells, in particular, the industrial non-destructive cutting process gives the 210 mm units greater flexibility, in addition to significantly increasing their resistance to hidden cracks”, informed the company.

Picture of Ericka Araújo
Ericka Araújo
Head of journalism at Canal Solar. Presenter of Papo Solar. Since 2020, it has been following the photovoltaic market. He has experience in podcast production, interview programs and writing journalistic articles. In 2019, he received the 2019 Tropical Journalist Award from SBMT and the FEAC Journalism Award.

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