Lynx Home U battery from GoodWe obtains registration with INMETRO

Equipment has a scalable capacity range from 5,4 to 32,4 kWh
GoodWe Lynx Home U Battery
Lynx Home U battery from the manufacturer. Image: GoodWe/Disclosure

A GoodWe announced that Lynx Home U battery (model LX U5.4-20) recently had the registration with INMETRO (National Institute of Metrology, Quality and Technology) issued, in accordance with the most recent 140 / 2022 concierge. This is the brand's first battery to obtain INMETRO registration. The company is proceeding in parallel with the registration of other batteries in its portfolio. 

Lynx Home U is a lithium iron phosphate battery (LiFePO4) low tension (~51.2Vdc) designed for residential and commercial applications, offering discharge of 100% of battery capacity.

In addition, integrated battery management system (BMS) and scalable capacity from 5,4 to 32,4 kWh, ing parallelism of up to six batteries of 5.4 kWh each. Lynx U is compatible with GoodWe hybrid inverters, providing an integrated solution that facilitates installation, configuration and technical .

When combined with GoodWe's hybrid inverters, it offers flexibility for applications seeking to increase self-consumption, energy reserve for backup when there is a lack of public grid, peak shaving (contracted demand control) and timeshifting (time profiles for loading and unloading).

According to the company, the equipment also has Plug and Play installation, automatic module recognition during system configuration, automatic restart after undervoltage and IP65 degree of protection for installations in external areas.

Check the datasheet by clicking here.

BIPV line

The company launched the Galaxy module line, which is a BIPV product. With 5,6 kg/m² and fixing methods that do not require roof drilling, the solution facilitates installation and reduces the structural load on the building, making it suitable for residential, commercial and industrial applications.

According to the manufacturer, the product also has 1,6 mm ultra-thin glass – which improves the ability to resist strong impacts from hail and strong winds, bringing durability and safety to buildings with weather protection.

Another advantage highlighted by GoodWe is that the design is frameless, integrating more harmoniously with the building's architecture, in addition to reducing the accumulation of dirt, optimizing water drainage and facilitating maintenance.

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Photo by Mateus Badra
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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