Enphase Energy commended Brazil’s NBR 17193 fire safety standard for solar installations, which includes requirements for rapid shutdown functionalities. The company’s microinverter technology supports low-voltage conversions and is designed to enhance safety by eliminating high-voltage direct current needs. This new standard aims to protect properties and individuals, advocating for best practices in solar energy safety.
Enphase Energy (ENPH) expressed its support for Brazil’s recently established fire safety standard, known as NBR 17193. This standard introduces rigorous recommendations pertaining to rapid shutdown functionalities in solar installations across all buildings. It underscores the critical need for safety in solar energy systems, specifically in reducing fire risks linked to high-voltage direct current energy components such as centralized string inverters.
The company’s microinverter technology is designed to convert low-voltage direct current from solar panels to a safer low-voltage alternating current directly at the panel. This innovation complies with the safety objectives set out by the new standard, as it negates the requirement for high-voltage direct current in both residential and commercial solar setups. Furthermore, every Enphase microinverter comes equipped with rapid shutdown functionality, which proves essential for de-energizing the system promptly during emergency situations.
The Brazilian safety standard mandates that all solar installations incorporate this rapid shutdown capability before they can connect to the grid. This feature is paramount for the protection of property, individuals, and emergency responders, while also conforming to international best practices in solar system safety. Installers and distributors in Brazil can find additional information about the new standard on the Enphase website.
Enphase Energy has welcomed Brazil’s NBR 17193 standard, which emphasizes the importance of safety in solar energy systems through requirements like rapid shutdown functionalities. The company’s microinverter technology inherently meets these safety measures by eliminating high-voltage direct current needs. The new regulation enhances the safety of solar installations, aligning with global best practices and safeguarding individuals and property.
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