Water-powered machinery allowed for more efficient production processes by providing a consistent and reliable power source. It also reduced the reliance on manual labor, leading to increased productivity and the ability to mass-produce goods at a faster rate. Additionally, it helped to spur the growth of industrialization during the 18th and 19th centuries.
Some advantages steam-powered machinery had over water-powered machinery was quicker production processes, enhanced distribution, and allowed factories to be located away from water sources.
It made cloth. The water was used as a form of power to move the machinery in the loom.
Steam-powered factories could be built in cities.
Steam-powered factories could be built in cities.
Steam-powered factories could be built in cities.
Steam-powered factories could be built in cities.
Steam-powered factories could be built in cities.
Steam-powered factories could be built in cities.
Steam-powered factories could be built in cities.
Steam-powered factories could be built in cities.
Early mills were powered by water wheels, harnessing the energy of flowing water to turn machinery and grind grain or perform other tasks. This energy was used to drive the mechanical components of the mill, such as grindstones or saw blades, to process raw materials into finished products.
Basic physics - machinery, electronics, and engines all give off a lot of heat, not to mention the reactor if it's a nuclear powered boat.