Enphase Energy Applauds Brazil’s New Fire Safety Standard for Solar Energy

Enphase Energy praised Brazil’s NBR 17193 fire safety standard, which mandates rapid shutdown functions for solar installations to enhance safety. Their microinverter technology complies with these requirements, minimizing fire risks associated with high-voltage systems. This standard aims to protect property, individuals, and emergency services and represents a commitment to global solar safety best practices.

Enphase Energy (ENPH) has expressed support for Brazil’s newly established fire safety standard, known as NBR 17193. This standard imposes rigorous recommendations, including requirements for rapid shutdown capabilities in solar energy systems across all buildings. The emphasis is placed on enhancing safety by minimizing fire risks linked with high-voltage direct current components, particularly centralized “string” inverters.

The company’s innovative microinverter technology converts low-voltage direct current from solar panels to safe low-voltage alternating current directly at the panel. This approach aligns with the objectives of the new safety standard by eliminating high-voltage direct current usage in both residential and commercial solar setups. Furthermore, all Enphase microinverters feature rapid shutdown functionality, a vital safety aspect that allows for immediate system de-energization during emergencies.

According to the new safety standard, rapid shutdown capability is necessary for all solar installations in Brazil before they can be connected to the electrical grid. This feature is instrumental in safeguarding property and individuals, as well as ensuring the safety of emergency responders, thereby adhering to global best practices for solar system security. Enphase provides additional information regarding the standard on its website, which is accessible to installers and distributors in Brazil.

In conclusion, Enphase Energy commends Brazil’s introduction of the NBR 17193 fire safety standard, highlighting its critical focus on safety in solar systems. The company’s microinverter technology not only aligns with this standard but also emphasizes the importance of rapid shutdown capabilities for enhanced protection. Overall, these developments underscore a significant advancement in solar energy safety practices in Brazil.

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