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Technology & Innovation

ZNShine will expand its production capacity by 12 GW by 2023

Recently, the company received the "Top performer" certification from the PVEL laboratory

The photovoltaic module manufacturer ZNShine Solar intends to expand its production capacity to 12 GW in 2023, following the growing expansion of the photovoltaic industry. Currently, the company has a total capacity of 10 GW, distributed across two manufacturing bases.

According to the manufacturer, to achieve this objective the company has increasingly invested in R&D (Research and Development).

“ZNShine will continue to dedicate itself to the R&D and mass production of high-efficiency photovoltaic modules, as it has always done, in order to contribute to reducing electricity costs, improving power generation performance, to bring better products for global customers and promote global renewable energy development,” highlighted William Wang, president of ZNShine Solar.

Recently, the company won the “Top performer” rating in 8th edition of PVEL's PV Module Reliability Scorecard. This is the fourth consecutive year that ZNShine Solar has received this recognition.

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The test is conducted by DNV GL and PVEL and this edition highlights 25 module manufacturers and their technical advances despite challenging market conditions. The rankings are based on performance and reliability data from the PVEL PV Module Product Qualification Program, a suite of laboratory and field tests that inform solar purchasing and investment decisions.

DNV GL is one of the world’s largest independent energy expert consulting, testing and certification organizations, while PVEL is the world’s leading laboratory for testing the performance and reliability of photovoltaic modules.

Comparison of results can provide a powerful reference for financiers and developers in selecting high-quality components. This edition summarizes 18 months of test results, which include thermal cycling testing, damp heat testing, dynamic mechanical load sequence testing, and potential induced degradation testing.

Each test has a significant reference to the module reliability in the actual application scenario, and products that pass the test can be awarded the “Best Performing Enterprise” award.

Ericka Araújo
About the Author
Ericka Araújo

Communications Manager of Canal Solar. Host of Papo Solar. Since 2020, he has been following the renewable energy market. He has experience in producing podcasts, 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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