Prnewswire·2026-02-13 21:09Core Insights - NextEra Energy Transmission and Exelon have received approval from the PJM Board for a proposed ~220-mile, 765-kV transmission line aimed at enhancing electric reliability and affordability in West Virginia, Pennsylvania, and the MidAtlantic region [1] Project Significance - The project addresses reliability risks and ensures long-term grid stability, which is crucial as electricity supply struggles to meet rising demand [1] - The PJM Board's decision indicates that localized upgrades are insufficient to tackle extraordinary demand growth, necessitating comprehensive solutions [1] Benefits of the Transmission Line - The project is expected to create good-paying jobs during construction and beyond [1] - It will attract industrial investment and promote economic development in the region [1] - The transmission line will ensure a supply of affordable electricity for families and small businesses [1] - It enables new generation sources to connect to the grid, adding critically-needed capacity to meet rising demand [1] Company Statements - Matt Valle, president of NextEra Energy Transmission, emphasized that the transmission line will provide long-term safe, reliable, and affordable power, benefiting both residents and the local economy [1] - Carim Khouzami, executive vice president of Exelon, highlighted the importance of this investment in meeting the energy needs of families and small businesses while maintaining customer affordability [1] Next Steps - NextEra Energy Transmission and Exelon plan to engage transparently with community members and hold open houses later this year to minimize impacts on landowners and the broader community [1] Company Profiles - NextEra Energy Transmission is a leading competitive transmission company in North America, operating over 3,100 miles of transmission lines across 18 states and Canada [1] - Exelon is a Fortune 200 company serving nearly 11 million customers through six regulated utilities, focusing on reliable and efficient energy delivery [1]