Summary
Three-dimensional simulations examine how the exhaust plume of a 1500 m solar chimney power plant behaves when released into a crosswind. The rising plume becomes much more humid in the colder surrounding air, which can lead to condensation, cloud formation and precipitation; taller chimneys, more humid air and weaker winds raise this likelihood, while released latent heat helps the plume keep rising.
Description written by Solar Tower. The original abstract is available from the publisher via the link below.