The article emphasizes the US's leading role in AI development, highlighting the urgent need for increased electricity generation to maintain this edge. Currently, the US faces a significant shortfall in energy capacity, threatening its position in AI—a technology deemed as transformative as electricity itself. An internal analysis from OpenAI suggests that a $1 trillion investment in AI infrastructure could yield over 5% GDP growth within three years. In response to this energy challenge, OpenAI has outlined several recommendations to the White House, including modernizing regulations to boost energy production and enhancing AI education for workers. The competition with China is a central concern. In 2024, China added 429 gigawatts of electricity capacity, while the US only managed 51 gigawatts. This disparity creates an "electron gap" that jeopardizes US leadership in AI. OpenAI advocates for an ambitious plan to generate 100 gigawatts of new energy capacity annually, collaborating with the private sector to bolster the nation's infrastructure. OpenAI is actively contributing to this effort through its Stargate sites in Texas, New Mexico, Ohio, and Wisconsin, aiming to add nearly 7 gigawatts of compute capacity and invest over $400 billion in the next three years. These sites are designed to enhance local energy grids and provide job training programs to prepare workers for future roles in skilled trades and technology. The US needs a skilled workforce to support its AI ambitions, with an estimated 20% of current skilled trades workers required for new data centers and energy infrastructure over the next five years.