Areca G Series Group 31 Hybrid Supercapacitor

Communication service providers require compact, reliable, long-lasting and weather-resistant energy storage solutions for space-limited environments, such as underground cabinets and vaults, which can be exposed to moisture and are difficult to access.

Areca™ G Series Group 31 Hybrid Supercapacitor Modules are the ideal solution for confined spaces. Unlike lead-acid and lithium-ion batteries, Areca Group 31 Modules are not susceptible to steep runtime performance declines, reducing labor costs associated with unit replacement. In addition to a compact profile and availability in a variety of voltages, Areca modules are fully sealed and IP65-rated to prevent water and moisture damage.

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By the numbers

Why Areca Hybrid Supercapacitors are the Smart Choice for Energy Storage

Risk of Thermal Runaway, Chemical Leak or Off-Gassing

Lighter Weight than
Deep-Cycle Lead-Acid Battery

Depth of Discharge
Efficiency

-0° to +60°C

Wide Discharge
Temperature Range

decorative graphic of green energy, batteries and telco environments

Longer Lifespan than
Lead-Acid Battery

Replacement Warranty
for 10 Years

Recyclable and
Reduces Carbon Footprint

Solution Brief

The Revolutionary Backup Power Solution that Improves Reliability and Advances Sustainability Goals

Electrochemical energy storage sources, such as lead-acid batteries, are plagued by several shortcomings including consuming valuable real estate, limited lifespans and susceptibility to environmentally unfriendly events.

ATX’s Areca™ Hybrid Supercapacitors, which discharge energy electrostatically, address these shortcomings, enabling communication service providers to fully modernize their backup power operations while increasing reliability, improving safety and reducing long-term costs.

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White Paper

Hybrid Supercapacitors: The Future of Energy Storage and Backup Power Operations

Most communications service providers still rely on energy storage technology that is unreliable, dangerous to the environment, limited in its application and requires frequent replacement. The good news is that a new form of energy storage technology, which overcomes these shortcomings and holds the potential to completely modernize standby power operations, is now available.

Explore how hybrid supercapacitor energy storage provides a safer, cleaner and more affordable energy medium that furthers sustainability.

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Safety Testing

Independent Testing Proves ATX Energy Storage is the Safe Choice

When it comes to safety and durability, Hybrid Supercapacitors are considered the safest and most durable energy storage solution available. And now there’s proof. ATX recently contracted an industry-leading, third-party lab — Energy Assurance, a part of Element Material Technology — to run ATX’s Areca™ Hybrid Supercapacitors through a series of abusive tests to validate their safety.

Slammed, Dropped and Punctured with a Nail. Learn how ATX’s Areca Hybrid Supercapacitors withstood a series of third-party-conducted safety tests.

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Take the Backup Energy Storage TCO Challenge

Get a personalized report that shows how much you can save by switching to Areca Energy Storage modules.

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Benefits

Optimized for Confined Spaces: Available in voltages of 12, 24, 36 and 48, ATX’s small-profile and lightweight Areca G Series Group 31 Hybrid Supercapacitor Modules offer the flexibility to meet a variety of voltage requirements in a single unit.
Assured Continuous Operation: Continuous voltage can be maintained by adding parallel, redundant units to increase reliability.
Easy Installation: Areca Group 31 Modules fit in small cabinets or on a shelf and weigh less than 30 pounds — roughly 1/3 weight of a lead-acid battery.
Bluetooth-Compatible Local Monitoring: Internal BMS allows monitoring functions through an application via Bluetooth — a feature that is lacking in standard lead-acid batteries.
Provides Peace of Mind: ATX’s Areca Hybrid Supercapacitor Energy Storage solutions are backed by ATX’s professional services organization, which offers an end-to-end certified battery replacement service that includes site review, uninstalling existing systems, installation of hybrid supercapacitors and a complete battery recycling program.

Features

Combines the best qualities of Lithium Iron Phosphate (LiFePO4) and Electric Double Layer Capacitor (EDLC) technologies

Graphene hybrid supercapacitor cells eliminate the risk of thermal runaway

1/3 the weight of a VRLA battery

Small Group 31 profile

IP65-rated and UL810A certified

20K lifecycles, 100% depth of discharge and wide operating temperature range

Available in 12V, 24V, 36V and 48V

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See it @ SCTE TechExpo25

See it @ SCTE

Visit us at Booth #I1148 to demo this product, relative workflows, and hear more about our industry-leading solutions that will energize, amplify and streamline your network.

Related Insights

The Future of Standby Power

Explore the eight reasons why ATX's Areca is the superior backup power solution

Watch Video

How Hybrid Supercapacitor Energy Storage Can Help Broadband Service Providers Improve Reliability, Reduce Costs and Achieve Sustainability Goals

In this Light Reading-hosted webinar, you’ll learn about the advantages of adopting a new energy storage technology and see TCO savings illustrated

Watch Replay

Astound Unlocks New Levels of Reliability and Unmatched Performance with ATX’s Areca Hybrid Supercapacitors 

Astound's deployment of Areca Hybrid Supercapacitors is delivering results that not only meets but exceeds expectations.

Read Press Release

Is Your Backup Power Still Stuck in the Past?

Let’s face it: today’s communication networks go places they never used to. From mountaintops to underground vaults, providers are working harder than ever to connect remote and rugged locations. But that raises a big question — is your energy storage solution keeping up?

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Specifications & Documentation

Data Sheet: Areca G Series Group 31 Hybrid Supercapacitor Modules (ANW2069)

Specifications Ordering Information Documentation