News Releases

Duke Energy has restored power to more than 1 million customers so far in North Carolina and South Carolina out of more than 1.4 million total power outages in the wake of what is now Tropical Depression Florence.

Duke Energy ha restablecido la energía de más de 1 millón de clientes hasta ahora en Carolina del Norte y Carolina del Sur, de entre más de 1.4 millones de apagones en total después de la ahora considerada Depresión Tropical Florence.

Duke Energy has restored power to more than 830,000 customers so far in North Carolina and South Carolina out of more than 1.25 million total outages caused by what is now Tropical Storm Florence.

Duke Energy ha restablecido la energía de más de 830,000 clientes hasta ahora en Carolina del Norte y Carolina del Sur, de entre más de 1.25 millones de apagones causados por la ahora considerada Tormenta Tropical Florence.

Historic rains from Hurricane Florence caused the release of stormwater, which may have come into contact with coal ash from a lined landfill, at the company's Sutton Power Plant in Wilmington, N.C.

Duke Energy has restored power to more than 637,000 customers so far in North Carolina and South Carolina out of more than 1.1 million total outages caused by what is now Tropical Storm Florence.

Duke Energy ha restablecido la energía de más de 637,000 clientes hasta ahora en Carolina del Norte y Carolina del Sur, de entre más de 1.1 millones de apagones causados por la ahora considerada Tormenta Tropical Florence.

Duke Energy reported that more than 500,000 customers in North Carolina and South Carolina were without power as of 10 a.m. Saturday due to what is now Tropical Storm Florence.

Duke Energy reportó que más de 500,000 clientes en Carolina del Norte y Carolina del Sur no tenían luz a las 10 a.m. hoy, debido a la ahora denominada Tormenta Tropical Forence.

The number of power outages began to rise sharply today as Hurricane Florence made its way along the North Carolina and South Carolina coasts, bringing strong winds, heavy rain and storm surge.