Michael Wu, Converge Strategies, chats with Dr. Jeremy Kasper, Director of the Alaska Center for Energy and Power (ACEP), about what it takes to power a state with no lifeline, why Alaska’s energy systems matter to national security, and what the toughest proving ground can teach everyone else.
What’s Happening. Unlike the Lower 48, Alaska’s grids aren’t tied into a larger network. The Railbelt is the state’s largest grid, and about 200 communities sit off both the road system and the Railbelt. Every system has to balance the energy it produces with the energy it uses, on its own. Those same systems keep the lights on at the military installations that make Alaska strategically important to national security.
Why It Matters. Major installations stretch the length of the Railbelt, from Joint Base Elmendorf-Richardson in Anchorage to Fort Wainwright and Eielson Air Force Base near Fairbanks. Each manages its own campuses, buildings, and facilities. What’s unique at Eielson is advanced nuclear: the base is slated to host a reactor built on Oklo’s technology by 2030. Alaska itself is strategically important, with geography that puts nearly the entire Northern Hemisphere within quick reach, and Eielson’s F-35 mission is forward projection into the Pacific.
What’s Next. Alaska shows why energy is critical to national security, and why a self-contained system makes the state a proving ground for both. That matters more as diminishing ice opens Arctic trade routes and brings more activity to the region. Alaska is part of the electric north, places disconnected from a continental grid, and ACEP trades lessons with Iceland and Hawaii, where small islanded grids already manage hydro, solar, and wind. Those lessons apply anywhere a logistically constrained system needs to make the most of local resources, from the Arctic to the Pacific.