I’m excited to talk about the technology that I use in my business, and why it has the potential to be a huge player in the world of renewable energy.
Electrical power engineering is an emerging field that is making major inroads in the renewable energy space. It’s a field that focuses on harnessing the power of electricity to produce energy from different methods, such as solar, wind, and hydro. This is a booming field that’s growing every year because it’s a very promising one that’s having an enormous impact on the nation’s economy.
The electrical engineer uses energy to create things and the applications are diverse. The best example is how electricity can be used to heat water or cool things. However, there are also other applications that are more in the line of “why would I do this” type of applications.
For example, the ability to create electricity through windmills is a very important one. In fact, one of our biggest markets for wind energy is in Germany. As a result of the good quality of their wind turbines, the German government is promoting the use of wind power as a major source of energy in the future.
While Germany is a major market for wind energy, they are only two of the biggest ones. We still have a lot of ways to go before wind energy truly takes off in the U.S.
We do have some pretty advanced wind farms in our backyard, too, but they’re not nearly the power that we use a windmill to provide. We also have a lot of coal-fired power plants in our area, but they are also not nearly as efficient.
Wind energy, like solar and hydro, uses some electrical power. But it is usually much smaller than our own power grid. A windmill, for example, produces about 1000 watts of power. If you were to take that power and convert it to electricity, you would be producing about 4,000 watts if the wind was blowing that hard. A coal plant, on the other hand, produces about 5,000 watts of electricity. That is about 5X bigger than a windmill.
Plants are good at producing power, but they only produce power that is useful for generating electricity. They are not good at producing power that is useful for producing electricity. Wind is not good at generating electricity, but it is good at generating electricity that is useful for generating power. And solar and hydro are not good at generating electricity, but they are good at generating electricity that is useful for producing power.
This just might be the most insane of them all….
It’s about the time I was about to say that I was starting to get a little bored with this list. I know I have a few more to add, but I think it’s all coming together. I know I just finished adding an entire paragraph to this article.