Efficiency: Watt's steam engine was much more efficient than previous models, consuming less fuel to generate the same amount of power. This significantly reduced production costs various industries, making it financially feasible for manufactures to adopt steam power on a large scale.
Power: Watt's engine was also more potent, allowing factories to operate larger and more complex machinery. This enabled mass production of goods, further lowering costs and increasing output.
Versatility: Watt's engine could be used in various setting, including factories, mine, textile mills and transportation. Its adaptability made it a vital tool across several industries, driving the growth and expansion of the industrial revolution.
Technological advancements: Watt's innovations in steam engine technology inspired further improvements and invention. His work laid the foundation for developments such as the condenser and the rotatory motion, which became essential components in steam engines and other machinery.
Economic growth: The steam engine played a crucial role in the industrial revolution by increasing productivity and efficiency in manufacturing. This economic growth led to increased trade, investments and the rise of industrial hubs and eventually shaped the modern industrialized word we live in today.