Tennessee Valley Authority
Natalie Cook is a seasoned professional with extensive experience in strategic communication and federal affairs. Currently serving as a Sr. Strategic Consultant in Federal Affairs for the Tennessee Valley Authority since January 2019, Natalie supports the formulation of federal strategies and cultivates relationships with stakeholders to promote TVA’s public policy objectives. Previous roles include Manager of Corporate Strategic Communications at TVA, where effective communication strategies aligned with corporate goals were developed, and President of Elemental Journeys, an adventure travel company. Additionally, Natalie has held positions such as Communications Director at UnifiEd, Interim Executive Director of the same organization, Vice President at BikeTours.com, and various marketing roles at Unum, showcasing a strong background in strategic planning, communication, and organizational leadership. Natalie holds an MBA from The University of Tennessee at Chattanooga and a B.A. in Corporate Communication from the College of Charleston.
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Tennessee Valley Authority
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Tennessee Valley Authority (TVA) operates a public power system and supplies power in Tennessee, northern Alabama, northeastern Mississippi, and southwestern Kentucky and in portions of northern Georgia, western North Carolina, and southwestern Virginia. The Company manages the Tennessee River, its tributaries and certain shorelines to provide navigation, flood damage reduction and electricity, among others. The Company is a wholesaler of power. The Company sells power to local power company customers of TVA (LPCs), which then resell power to their customers at retail rates. TVA's LPCs consist of municipalities and other local government entities (municipalities), and customer-owned entities (cooperatives). TVA has approximately three nuclear sites consisting of over six units in operation and approximately one unit under construction. The Company's transmission system has approximately 70 interconnections with over 10 neighboring electric systems.