Today we would be hard-pressed to find someone in the United States who doesn’t derive a benefit from a battery. Even those who live “off the grid” have battery operated devices such as a flashlight, radio or watch.
A battery is used to change chemical energy into electricity by bringing the different chemicals together in a specific order. When correctly ordered the electrons will travel from one substance to another creating an electrical current.
While manufacturing of batteries for everyday personal use has only developed in the last 50-60 years, archaeologists have found evidence of a device that may have been used to electroplate gold onto silver, much like a battery would.
In 1936, during the construction of a new railway near Baghdad, a Parthian tomb was found. Archaeologist Wilhelm Konig found a clay jar containing a copper cylinder encasing an iron rod. Konig suggested the find to be approximately 2,000 years old.
It was William Cruickshank, an English chemist, who first designed a battery for mass production in 1802.
We can credit chemist John Daniell with developing a way to reduce corrosion when batteries aren’t being used. In 1820 he invented the Daniell Cell, which incorporated mercury, reducing the corrosion.
Gradual improvements were made by various scientists and inventors over time until in 1896 when the National Carbon Company (later known as the Eveready Battery Company) manufactured the first commercially available battery called the Columbia. Two years later, National Carbon Company introduced the first D sized battery for the first flashlight.
The first battery operated watch was produced in 1957 by the Hamilton Watch Company.
Today batteries are available for numerous purposes. In our modern age, portable electricity isn’t something we think about every day because it is so easily accessible. We charge the batteries on our phones by using the batteries in our cars as we travel down the road. We even have portable chargers that can charge our batteries where ever we are.