hurricane francine’s landfall is hours away. the storm is expected to make landfall later today near vermilion bay as a category 2 hurricane. after landfall, the center is expected to move northward into mississippi wednesday night and early thursday morning.
latest insights
we are preparing for impacts across our service area from hurricane francine. according to the national hurricane center's latest forecast, francine may strengthen significantly before it reaches the coast. francine is currently expected to make landfall on the louisiana coast near vermilion bay wednesday. we are prepared and we want you to be prepared, too.
we are preparing for impacts across our service area from tropical storm francine. according to the national hurricane center's latest forecast, francine will likely become a hurricane today, with significant strengthening expected before it reaches the coast. francine is currently expected to make landfall on the louisiana coast near vermilion bay wednesday as a category 2 hurricane.
meet camila gutierrez, a procurement intern at entergy texas. she’s from guadalajara, mexico, majors in supply chain management, and is entering her senior year at the university of houston.
poverty is a reality for many individuals and families. but unless one has experienced poverty, it’s difficult to truly understand. recognizing this, entergy’s low-income initiatives team recently organized poverty simulations aimed at providing our employees with a firsthand understanding of the struggles faced by customers across our company's service areas.
we’re continuing our longstanding support of historically black colleges and universities with a 10-year, $20 million commitment to empower these institutions and their students.
president and ceo of entergy texas, eliecer viamontes, addresses hurricane beryl storm response.
in the ever-evolving energy sector, the latest advancements in technology are critical for enhancing service reliability for customers. entergy is leading the charge by implementing a groundbreaking artificial intelligence procedure to significantly reduce the frequency and duration of power outages associated with maintenance outages.