![]() Rivers could sometimes run into dry spells or freeze up due to weather conditions, while changes in wind intensity could spell doom for factories running on wind power. Though these power sources were getting the job done for most factories, they were often unreliable. Most factories were either situated near riversides or around areas with high wind intensity.įactories near the riverside often used the water from the river to drive their water wheels and power their equipment while others used a combination of horses and wind energy for their source of power. Before the Steam Engineīefore the development of the first commercial steam engine, factories relied on horses, water, and wind as their primary source of power. However, even though the steam engine brought with it enormous benefits, the traditional methods used before were not entirely abandoned. The development of the steam engine was a technological wonder that transformed the way factories and workers operated, leading to increased efficiency, reduced time, and tremendous power output.įactories started moving from riverside and outdoor areas to indoor locations while workers enjoyed the economies of scale that accompanied the development. The steam engine is a device that converts energy from steam into mechanical work with versatile applications. ![]() ![]() Though several events are responsible for the advancement of the Industrial Revolution, the one innovation that sits at the helm of the discussion is the steam engine. For years society has enjoyed tremendous technological innovations due to the rapid development of the Industrial Revolution.
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