Industry
Telecommunications
Summary
At the remote Maloney Ridge communications site, ANA worked with MREUA to support a national telecommunications provider in a multi-operator environment. EBOSS220 strengthened power resilience, reduced generator dependence, and delivered measurable reductions in runtime, fuel use, and emissions while improving visibility through telemetry.
Results
Over an initial 30-day evaluation period, EBOSS220 reduced generator runtime by approximately 74 percent, avoiding more than 500 engine hours and a major maintenance interval. Fuel consumption and CO₂ emissions decreased by roughly 73 percent, equivalent to about 38 metric tons of CO₂ avoided, while telemetry improved visibility and confidence in site performance.
Key Product
EBOSS™ 220 kVA Power Modules
A Collaborative Partnership
Maloney Ridge Electronic Users Association (MREUA) is a stakeholder consortium that helps coordinate operations, access, and infrastructure activity across the multi-operator Maloney Ridge communications environment. Working with MREUA, ANA supported a national telecommunications provider operating critical communications infrastructure at the site, where remote access and high reliability requirements make uptime, safety, and continuous service essential.
The Challenge
Reliable Power in a Remote, High-Demand Environment
Remote communications sites require dependable power continuity, often under conditions where access is difficult, maintenance is costly, and reliability expectations are non-negotiable. At Maloney Ridge, commercial power disruptions created operational strain and increased risk exposure for critical infrastructure operations supporting essential network services.
The telecommunications provider needed a power solution that could:
- Improve resilience during commercial power disruptions
- Reduce generator dependence and on-site operational intervention
- Provide greater visibility into system and site performance
- Establish a scalable model for similar remote communications sites
The Solution
EBOSS220 (220kVA Hybrid Energy System)
ANA deployed the EBOSS220kVA Hybrid Energy System, designed to deliver reliable, efficient power in challenging environments.
EBOSS combines advanced energy storage with integrated telemetry, enabling operators to reduce generator reliance while gaining actionable insight into site performance.
Why EBOSS:
Built for reliable operation under critical conditions
Enables telemetry-driven monitoring and reporting
- Helps reduce generator runtime and maintenance cycles
- Supports scalable deployment across similar site profiles.
“LTO chemistry was a major factor for our team and leadership. Battery safety mattered, and ANA delivered a system that is easy to install and easy to work with.”
— Telecom Mobility National Staff, Power and Infrastructure Planning
The Results
Over an initial 30-day evaluation period, EBOSS220 reduced generator runtime by approximately 74 percent, avoiding more than 500 engine hours and a major maintenance interval. Fuel consumption and CO₂ emissions decreased by roughly 73 percent, equivalent to about 38 metric tons of CO₂ avoided. Integrated telemetry improved visibility into system performance, supporting more confident operation in a remote, high-demand environment.
*Results reflect a one-month performance window at a remote communications site. Actual outcomes may vary based on site conditions and operating profiles.
Why Maloney Ridge Is a Unique EBOSS Application
Maloney Ridge represents a high-constraint, multi-operator communications environment where logistics, access, and reliability are defining challenges. The deployment demonstrates how EBOSS can strengthen site resilience while reducing the operational friction associated with generator-heavy approaches, making it a compelling model for other remote communication sites.
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