A recent study conducted by the National Renewable Energy Laboratory (NREL) in April 2024, supported by the U.S. Department of Energy's Water Power Technologies Office (WPTO), has unveiled the potential for tidal energy to play a crucial role in decarbonizing Alaska's Railbelt by 2035. The study specifically focuses on Cook Inlet, known for its abundant tidal energy resources, which directly connects to the Railbelt grid, serving a significant portion of Alaska's population. The study's findings suggest that the current Railbelt grid could sustain up to 200 MW of tidal energy, sufficient to power a considerable number of homes in Anchorage. With planned upgrades, the grid could even support up to 300 MW, nearly meeting the entire city's power needs. Moreover, leveraging tidal energy is not just about generating power; it could also lead to a substantial reduction in carbon emissions, potentially up to 37%. Beyond electricity generation, the excess energy from Cook Inlet's tidal resources could be utilized for producing clean fuels like hydrogen and ammonia, offering avenues for economic growth and potentially enabling exports. The study highlights that for tidal energy to make a significant impact by 2035, the technologies need to attain commercial viability, aiming to meet around 14% to 20% of the Railbelt's electrical demand. The U.S. DOE's recent initiative to fund marine energy projects, particularly in Cook Inlet, underscores the government's commitment to advancing renewable energy solutions. Projects like ORPC's plan to deploy tidal energy devices further showcase the potential for harnessing tidal resources effectively. The future of tidal energy in Alaska appears promising, paving the way for a cleaner and more sustainable energy landscape.