ATX Networks Achieves Major Milestone with Areca Energy Storage Modules for Safe Deployment

Significant Milestone for Energy Storage Solutions

ATX Networks recently announced an important regulatory advancement concerning its Areca™ family of energy storage modules. The National Fire Protection Association (NFPA®) has officially acknowledged the safety and reliability of hybrid supercapacitor technology, now included in its updated NFPA 855 standard. This recognition exempts the Areca modules from the stringent fire safety compliance requirements imposed on many other energy storage systems, marking a groundbreaking development in the field.

This newfound exemption underscores the inherent safety of hybrid supercapacitors, positioning the Areca modules as a forward-thinking solution for communications providers aiming to modernize their backup power frameworks. It allows operators to implement these systems without the additional complexity and expenses associated with typical fire mitigation protocols.

A Game-Changer for Energy Solutions

Matt Kuester, VP of Energy Products at ATX Networks, emphasized the significance of the NFPA's recognition, stating, "This validation signifies our dedication to providing energy storage solutions that not only outshine older technologies but also enhance deployment ease and minimize overall costs."

Jeff Heynen, Vice President of Broadband Access and Home Networking Research at Dell'Oro Group, pointed out the growing importance of reliability and sustainability for broadband service providers. He noted that energy storage solutions, which can offer efficient and safe backup power without expensive safety measures, will play a crucial role in meeting the sustainability targets of cable and mobile telecommunications firms.

Safety and Compliance: A New Standard

Traditional energy storage technologies, such as lithium-ion batteries, necessitate rigorous regulatory scrutiny. According to NFPA 855 standards, such systems must have robust explosion mitigation and thermal runaway control mechanisms. In contrast, ATX's Areca modules, powered by hybrid supercapacitor technology, provide a clean, stable, and durable alternative, eliminating the need for costly fire suppression systems and complex hazardous mitigation strategies.

Julie Davis, the VP of Energy Sales at ATX Networks, reiterated the NFPA's role in establishing safety benchmarks for energy storage. She remarked, "With hybrid supercapacitors now acknowledged as inherently safe, businesses can deploy Areca modules confidently, without the pressure of fire suppression systems or intricate hazard mitigation plans. This not only simplifies the implementation process but also boosts operational efficiency while granting peace of mind, a luxury that older technologies fail to offer."

Engineered for Longevity

Designed for exceptional durability, Areca modules are set to deliver over 20,000 discharge/recharge cycles across a lifespan of 20 years, making them a virtually maintenance-free solution compared to conventional batteries. Their safety and performance were independently validated in lab tests conducted in 2023, further consolidating their reputation as a reliable, set-and-forget solution for vital infrastructure.

The recognition from NFPA also opens doors for wider regulatory acceptance. Products utilizing hybrid supercapacitors may find themselves included in the next iteration of the International Fire Code, highlighting the growing momentum advocating for safer, smarter energy storage solutions.

For more information on ATX Networks and its innovative products, explore their website at www.atx.com.

About ATX Networks

ATX Networks is a recognized leader in the domain of broadband access, media distribution, and sustainable energy storage solutions. With a commitment to Agile Innovation design principles, ATX provides market-leading solutions that allow service providers to adapt to evolving market demands while adhering to environmental regulations. ATX collaborates with some of the world's most innovative telecommunications, cable, satellite, and media broadcast companies to enhance accessibility to reliable broadband connectivity and media content everywhere.