Developers in the United States are aiming to expand hydrogen production by adopting innovative technologies that rely on electricity rather than traditional hydrocarbon feedstocks. The planned installation of electrolyzers utilizing electricity to extract hydrogen from water would significantly boost the country's capacity from 116 MW to 4,524 MW, potentially yielding around 0.72 million metric tons of hydrogen annually. This shift could mark a departure from the current reliance on fossil fuels for hydrogen production. Electrolyzers meeting certain criteria for low carbon intensity may even qualify for production tax credits, incentivizing developers to commence construction by 2033. Hydrogen plays a crucial role in industries like petroleum refining and fertilizer production, besides being utilized as a storable fuel for power generation in hydrogen or blended gas turbines. By moving towards electrolysis, which generates hydrogen by splitting water molecules using electricity, the U.S. aims to embrace a more sustainable and environmentally friendly approach compared to the prevalent steam methane reforming (SMR) process. The transition to electrolyzer-based production can help reduce carbon emissions, as hydrogen produced in this manner is deemed carbon-neutral when powered by renewable energy sources. While traditional SMR technology currently dominates U.S. hydrogen production, the shift towards electrolyzers signifies a positive step towards achieving net-zero emissions in the hydrogen sector. The incorporation of carbon capture and storage (CCS) in SMR units further highlights efforts to mitigate the environmental impact of hydrogen production. Incorporating hydrogen production projections into energy outlooks and engaging stakeholders in discussions demonstrate a strategic focus on advancing the hydrogen economy. By exploring new supply models and consumption patterns, the U.S. is poised to enhance its energy landscape through increased hydrogen utilization. The evolving narrative around hydrogen underscores a promising trajectory towards a more sustainable and cleaner energy future in the United States.