Electric Power Board
Electric Power Board (EPB) is a municipally owned utility and communications provider that delivers electric power and fiber-based network services to residential, commercial, and institutional customers in and around Chattanooga, Tennessee.
- Electric power distribution utility serving Chattanooga and surrounding areas
- Fiber-to-the-premises broadband and voice services for residential and business customers (network and communications)
- Managed network and Wi-Fi offerings for enterprises and multi-tenant environments (network services)
- Smart grid infrastructure supporting power reliability and monitoring (grid technology)
- Energy-related customer programs and support for efficiency and usage management (energy services)
More About Electric Power Board
Electric Power Board (EPB) operates as a combined electric utility and communications service provider, supplying power and fiber-based connectivity to households, enterprises, and public-sector institutions in the Chattanooga, Tennessee region. For enterprise and institutional stakeholders, EPB functions both as the local distribution utility for electric service and as a carrier-class network provider using a fiber-to-the-premises (FTTP) architecture.
On the electric side, EPB manages distribution infrastructure that connects bulk power sources to end users across its service territory. Its systems encompass substations, distribution feeders, transformers, and customer metering, along with monitoring and control functions associated with a modern smart grid (grid technology). This smart grid environment typically relies on IP-based communications, advanced metering infrastructure (AMI), and sensor networks for outage detection, load management, and system visibility. Enterprise customers interface with EPB mainly through service accounts, interconnection points, and facility-level electrical engineering coordination.
On the communications side, EPB delivers fiber-based internet and transport services (network and communications) over a FTTP network that extends fiber directly to subscriber locations, including multi-tenant office buildings, campuses, and industrial facilities. This architecture supports high-throughput, low-latency data services and is compatible with standard enterprise networking protocols such as Ethernet, IP, and common routing and switching practices. Business offerings typically include tiered internet access, symmetrical bandwidth options, and support for static IP addressing, making EPB an access and last-mile provider for enterprises that operate data centers, cloud connectivity, VPNs, or Software-Defined Wide Area Network (SD-WAN) overlays.
EPB also provides managed network and Wi-Fi solutions (network services), particularly for businesses, multi-dwelling units, and public venues that require centrally configured wireless coverage and customer or tenant access. These services leverage EPB’s fiber backhaul and can integrate with customer Local Area Network (LAN) environments using standard authentication and security frameworks, such as WPA2/WPA3 for Wi-Fi and VLAN-based segmentation within switched networks. Voice-over-IP offerings may be present as part of its communications portfolio, integrating with SIP-based systems and enterprise PBXs where applicable.
From a marketplace categorization standpoint, EPB can be placed in two primary categories: electric power distribution utility (energy and utilities) and regional fiber network operator (network and communications). For enterprise architects, EPB’s role is as a foundational infrastructure provider: it supplies the physical and logical connectivity for power and data, upon which higher-level IT and Operational technology (OT) systems depend. Its services are used as underlay transport for corporate WANs, internet access for Software-as-a-Service (SaaS) and cloud workloads, and connectivity for OT environments such as manufacturing lines, logistics hubs, and municipal services.
EPB’s energy-related programs (energy services) provide additional options for organizations that want to manage consumption, costs, and reliability. These may include support for load management, efficiency guidance, and tools for analyzing usage via online portals or APIs when offered. In institutional and campus environments, coordination with EPB can extend to resilience planning, including backup power strategies on the customer side and understanding grid capabilities and restoration priorities.