There was a time when there were no power stations and utility grids. Therefore, if you needed electricity for an experiment, you had to rely on a battery. Nowadays, we have power stations and utility grids in abundance. Did you ever wonder why there are still so many different batteries around?
Different Batteries Are for Different Applications
We still need batteries for portable energy when we are away from grid supply. There are so many different types available, and each has a unique combination of materials in their electrodes. These were once metal of one or other kind, but nowadays the choice is wider.
Scientists have trialed a large number of electrode types, although only a few were good enough to reach our stores. We tend to stay with types and brands that suit us best. Although it is actually smarter to choose the one that suits our application best.
You see, batteries are not all the same. Some deliver high voltage current, but only last a short while before they go flat. While others just provide a trickle current faithfully for a long time. Camera flashes and smoke detectors are examples of these applications.
Some Batteries Team Better with Each Other
Not all batteries stack well together. We may need different batteries if we want to connect in series, or parallel to increase total output. For example, lithium-ion-phosphate batteries stack well in electric cars to produce up to 100 volts. While if you tried that with NiCad ones, you could have an overheating problem.
Our lead-acid batteries power uninterruptible power supplies, alarms, emergency lights, fire alarm control panels, ebikes, garage door openers, wheel chair lifts and a whole lot more besides. Connect with our world of batteries by following the link below. Our consumer advisers are ready to take your call.
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