Electric Battery Storage History Part Three

We have come quite a long way in our abridged electric battery storage history. We began with the first capacitor, and have just completed our second phase. This peaked out with Ørsted’s discovery of the relationship between electricity and magnetism. This in turn opened the door to telegraph messaging, and a need for more powerful batteries.

The History of Electric Battery Storage Continues

Emerging battery science had not yet reached the stage where it was possible to recharge cells from a remote source. This would require harnessing Ørsted’s principle of the relationship between magnetism and electricity.

England’s Michael Faraday repeats historic experiments, and confirms the principles of the electric motor, and by implication the dynamo. He discovers that a magnetic field around a conductor carrying a direct current, will cause the wire to rotate clockwise.
His fellow-countryman John Frederick Daniell invents an energy storage cell in 1836, which is a distinct improvement over previous versions. In this instance, the electrolyte is a copper sulfate and zinc-sulfate solution, while the electrodes are copper and zinc respectively.
Wilhelm Josef Sinsteden takes a new direction in 1854, by introducing the concept of the lead-based accumulator. His two lead plates in a bath of sulfuric acid are able to recharge repeatedly, through interaction between lead dioxide and pure lead.
However, Sinsteden’s lead battery is primitive. It takes Gaston Planté to bring the German physicist’s ideas to the market in 1860. The work continues, and finds fruition in the high quality gel-lead-acid batteries we manufacture and sell today.
Thus far in electric battery storage history, all known electrolytes have been liquid solutions. However, Frenchman Georges Leclanché flips that idea on its head in 1875.
Leclanché invents the first dry cell later that potentially revolutionizes the telegraph industry. However, early models are only good for short conversations, with time spaced breaks to allow the battery to recover.

Let’s Take Time Out to Process The Information

That’s enough to take in for now, we believe. We are excited as we feel the pace building, for the next discovery along the road to the batteries we know today. We’ll be back real soon with the next chapter and that’s a promise!