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The Ginoogaming site uses nine 5 kWh battery modules in an N+1 configuration, providing approximately 8 hours of backup duration for the site. The deployment supports the full transport stack and optical line terminal equipment, helping maintain connectivity during power interruptions.
The Fort Hope site is a 48V module deployment with a target backup duration of 4–8 hours.
The Marten Falls site is a 48V module deployment with a target backup duration of 4–8 hours. Fuel cost reduction and stability improvements are expected at this site. The deployment is staged to integrate with existing rectifier / DC plants.
The site has a 48V module deployment with a target backup duration of 4–8 hours.
The site has a 48V module deployment with a target backup duration of 4–8 hours.
The site has a 48V module deployment with a target backup duration of 4–8 hours.
Vortex is deploying 48V Battery Energy Storage Systems to support remote telecom infrastructure across northern communities. These systems provide reliable backup energy for critical broadband, routing, switching, transport, and optical access equipment.
Our goal is to improve network uptime while significantly reducing dependence on diesel generators and legacy lead-acid battery systems in hard-to-access areas subject to severe weather events and unstable grid conditions.
Explore our current and planned 48V telecom battery deployments supporting
critical broadband infrasturcture acroess northern communities.
Vortex 48V Telecom BESS is designed to work with existing telecom rectifier plants, DC distribution panels, battery breakers, and remote monitoring environments. This allows operators to upgrade from legacy backup batteries to intelligent, long-life energy storage while preserving the core DC power infrastructure already deployed at the site.
The battery modules connect directly to the telecom DC bus through the site's existing battery breakers or disconnects. The existing rectifier plant continues to supply the DC load and recharge the batteries when utility or generator power is available. During an outage, the Vortex modules seamlessly discharge into the DC bus to keep critical equipment online.
The battery modules connect directly to the telecom DC bus through the site's existing battery breakers or disconnects. The existing rectifier plant continues to supply the DC load and recharge the batteries when utility or generator power is available. During an outage, the Vortex modules seamlessly discharge into the DC bus to keep critical equipment online.
The battery modules connect directly to the telecom DC bus through the site's existing battery breakers or disconnects. The existing rectifier plant continues to supply the DC load and recharge the batteries when utility or generator power is available. During an outage, the Vortex modules seamlessly discharge into the DC bus to keep critical equipment online.