Introduction
The industrial nature has gone through a gigantic turn over since the centuries, and one of the largest parts that it has gone through is the electric generator เครื่องปั่นไฟ. Electric generators are a huge thing included in the industries and that was one of the biggest turn over in the industrial nature. Electric generators use mechanical energy to create electrical supply and this process has helped the industrial nature in a lot of ways and have definitely brought many advancements in various industries.
When factories were first becoming big, industries were mechanical and ran on steam engines this was before Tesla was born. That’s why everybody wanted electricity in their home because steam engines are really noisy and sometimes they blow up in your face. Factories stopped using steam because they were getting so big that they didn’t need to just heat up the cottages. Every home in the world had to be mechanical so all the machines started running on electricity. Steam engines were so gigantic that they were so heavy that you could not move them. Sometimes you kind of blow up in your face, but you still would have to get up the stairs to fix it. The second way factories were run when they were first built was by water wheels but you could only go through so while you were there because you had to be close to the waterfall.
Versatility and Scalability:
Another characteristic of electricity is its versatility and scalability. It can be conducted over long distances through wire and can be used to power machines throughout a factory. Electricity is not limited to powering machines in one factory, it can power machines across the globe. For example, today we have the ability to power machines in California, and if we needed to, we could power machines in Germany, or anywhere else on the Earth for that matter.
Enhanced Efficiency:
Additionally, electricity provided enhanced efficiency. Using an electric motor attached to generators เครื่องปั่นไฟ, it was considerably more efficient than a steam engine. The electric motor has an efficiency of around 90% in comparison to the efficiency of the steam engine of about 45%. As a result of this, it became 4 times cheaper to use an electric motor than a steam engine.
Precise Control and Automation:
Lastly, the precision control and automation that electricity allowed was that it could control machinery which at the time was impossible to do. The speed of an electric motor could be adjusted, it was smaller, faster and had a consistent speed. This eliminated the need for many employees who were replaced by machines because of the automated machinery which increased productivity.
Increase in Safety:
In using an electric generator, the dangers of steam boilers and a lot of pressure water has been virtually laid to rest to make a more relaxed and safer safety. When using other forms of power and electricity they had open flame that was a major safety hazard. The workers were more susceptible to a burner or being scalded by steam.
Enabling New Technologies:
The availability of reliable and controllable electric power enabled the rapid development of new technologies that would seriously alter the industrial process. Electric welding, arc furnaces, many new electroplating processes, and host of other developments that were known and facilitated today would have been impossible if the robust consistent power supplies provided by electric generators were not realized in a consistent and efficient manner.
Global Impact:
The impact of electric generators spans far beyond an individual factory floor. Reliable and efficient power generation has sparked the growth of global trade. The large-scale manufacturing made possible by cost-effective and reliable electric generators has made efficient transportation of goods possible. What’s more, the advent of wind, solar, and hydrogen power sources (made possible by efficient generators) has set the stage for the achievement of more environmentally-friendly industrial practices in the future.
Conclusion:
Conducting order evaluation, there is only one conclusion that can be drawn: electric generators have revolutionized the industry! It has paved the way for an overall increased production and perpetuity of manufacturing. This is only in touch on the basics of galvanic generators’ influence on industrialization. Improved industrialization, has in turn, improved automation, eco friendly operations and improvements in technology. Moreover, generator supported industrialization is also projected to boost overall profitability by curbing losses born from high operational costs, this may be harnessed through continued materials engineering, material durability and better utilization of renewable sources – particularly sunlight.