The history of electricity is a fascinating subject. When we see a light go on or an appliance fire up, it is hard to imagine the thought processes that went into making that possible. In this article, we will look at the history of electricity from its very beginnings to how it has evolved over the years.

Benjamin Franklin flying a kite during a thunder and lightning storm. Franklin tied a key to the end of the kite string. The electricity from the storm clouds flowed down the wet string and ended up giving him an electric shock. This would serve as the first form of evidence that electricity existed. But it would be a long time until people could actually figure out how to use electricity in a practical sense.

One of the first breakthroughs in the history of electricity occurred when British scientist Michael Faraday discovered its basic principles. He discovered he could create an electric current by moving magnets inside of coils of copper wire. This revolutionized how we use energy. Faraday’s basic theory still comes to play on how we produce power today. Although now, we have the capability of doing this on a much larger scale.

Rural Electric Administration that ensured the availability of electricity in rural areas. By 1939, the number of rural homes with electricity had risen by 25%. Farmers were able to access electrical appliances like stoves and washing machines which made life much easier for them.

We are very proud of our LED Retrofit Kits – DesignLights Consortium came out with a new standard, Version 4, that allowed the most efficient LED Retrofit Kits a higher efficiency category. So be careful, there is no need to purchase DLC Standard LED Retrofit Kits when there are DLC Premium Qualified LED Retrofit Kits available. And this is important, because the more efficient the product is, the more you save. And the savings don’t end there. The whole reason for the more efficient standard was to offer larger utility rebates at time of purchase.

So you save 2 ways: potentially at time of purchase and over the life of the product. Let’s do the math, because the numbers don’t lie.