As lead-acid batteries improved during the late nineteenth century, their usefulness extended far beyond electric vehicles. Read on to learn more about what happens as the lead-acid battery goes to work.
Businesses, factories, telephone companies and public services all needed dependable electrical power. Finally, batteries were there to help them.
Batteries Could Supply Power When Mains Were Down
One important advantage was the battery’s ability to provide electricity, when the main supply was interrupted. This made lead-acid particularly valuable for communications.
Customers adopted them for telegraph systems, and later more extensive telephone networks. They could remain charged and provide power when the normal electrical supply failed.
Batteries Also Found Applications In Industry And Beyond
As the lead-acid battery goes to work, it finds many openings. Factories need stored electricity for lighting, signaling and other equipment. Railway systems and transport networks also use batteries for related services.
Lead-acid batteries find roles with electrical generating equipment too, allowing electricity to be stored and supplied when needed.
Stationary Applications Became Especially Important
Stationary applications became especially important. Unlike a vehicle battery, a stationary battery does not need to move around. Its weight is therefore much less of a disadvantage. Large banks of batteries can provide substantial amounts of backup power.
This became valuable in places where an interruption could have serious consequences. Telephone exchanges, for example, needed power to continue operating during failures of the electricity supply. Lead-acid batteries became a dependable standby source.
Technology Continued To Develop As Demand Increased
The technology continued to develop as demand grew. Larger batteries could serve factories and other installations, while smaller designs could supply individual pieces of equipment.
Expansion Changed The Role Of The Lead-Acid Battery
This expansion changed the role of the lead-acid battery. It was no longer simply a new type of rechargeable cell. It had become an important part of the developing electrical infrastructure.
The battery had found a second great purpose: keeping essential electrical services running, when the normal power supply failed.
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