******Baghdad Battery, First Source of Voltage Storage******
These pot-like objects are determined to be from the era of the Parthians and early Sassanians (250 BC to 225 AD).
A number of artifacts found in Iraq are thought to be batteries and called the "Baghdad Batteries".
The Baghdad Battery, sometimes referred to as the Parthian Battery, is a
clay pot which encapsulates a copper cylinder. Suspended in the center
of this cylinder—but not touching it—is an iron rod. Both the copper
cylinder and the iron rod are held in place with an asphalt plug.
There are still conflicting theories
among themselves about the dating of the artifacts. For example, Dr. St
John Simpson from the department of the ancient Near East at the
British Museum, believe that the objects might have come from later
Sassanian period, and they were actually scientific in nature with
capacity to conduct electricity.
Contrastingly, others have noted their
similarity to conventional storage vessels from the era. And lastly,
adding a dash of hullabaloo to the controversial topic, Discovery
Channel demonstrated that these ‘jars’ could have been used as batteries to electroplate at least small items.
The Baghdad Battery, sometimes referred to as the Parthian Battery.
These artifacts were discovered during the
1936 excavations of the old village Khujut Rabu, near Baghdad. The
village is considered to be about 2000 years old, and was built during
the Parthian period (250BC to 224 AD).
Originally found in 1936 at Khuyut Rabu, 30 km to the SE of Baghdad,
Iraq, the person who made the discovery is not documented. The jar
showed signs of corrosion, and early tests revealed that an acidic
agent, such as vinegar or wine had been present.
Making an electric current requires two types of metals with
different electrical properties and an ion carrying solution known as
electrolyte to transfer the electrons between the two metals.
If you fill the jar with an acidic liquid, such as vinegar or
fermented grape juice, then a measurable current voltage can be
recorded. Experiments with models have generated between 1.5 and 2
volts. If you connect the jars together in a series connection, then a
larger voltage can be created.
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