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FoxESS installs 1,3 MW power plant to reduce CO2 emissions at the factory

The manufacturer used 12 inverters and more than 2.300 550 W monocrystalline modules to build the system

A FoxESS announced the addition of a solar plant on the roof of its factory, located in the city of Wenzhou, Zhejiang province, China. In total, 2.386 photovoltaic modules were used 550 W high-efficiency monocrystalline.

According to the manufacturer, the plant, which covers a total area of ​​16 thousand square meters, has 1,3 MW of installed power and has 12 R series inverters with a capacity of 100 kW.

“With this large-scale plant, we can reduce dependence on traditional energy sources and reduce carbon emissions in the product production process, using more green and clean energy contributed by solar”, highlighted the company in a note.

FoxESS installs 1,3 MW power plant to reduce CO2 emissions at the factory
R series photovoltaic inverter. Photo: FoxESS/Disclosure

R series features

FoxESS' new R series was developed for meet a power range of 75-136 kW and with maximum efficiency of 98,7%. According to the company, it is adaptable equipment and can be used with different large-scale distributed solar energy systems, while the 12-way MPPT design offers the possibility of tailor-made string inputs and greater power for special projects in complex terrain.

The new inverter underwent specific changes for this project, including the design, which features minimalist art.

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“Not only are all components manufactured by global first-class brands, but the overload design, power compatibility, efficient heat dissipation and body safety design at C5 level, ensure that the product is safe, stable and reliable during long periods of high-load operation”, they highlighted.

Furthermore, the manufacturer emphasized that, in times where IoT technology is constantly advancing, the R series follows the same pace, using various wireless communication methods, such as WIFI and mobile networks, while maintaining the input of traditional network wiring.

“With a self-developed and simple-to-use remote monitoring software system, we utilize the QR code on the inverter body for system configuration, providing a hassle-free experience for the installer and end consumer,” concluded the company.

Mateus Badra
About the Author
Mateus Badra

Journalist graduated from PUC-Campinas. He worked as a producer, reporter and presenter on TV Bandeirantes and Metro Jornal. He has been following the Brazilian electricity sector since 2020.

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