A battery is a component used to transform chemical power made available inside its active cells supplied straight into electric energy with the help of an electrochemical oxidation-reduction reaction. The embedded reaction is used to transfer electrons from one cell to another through an electric circuit.
Electrochemical storage batteries come in a wide range of chemistries and sizes, and the battery product category also includes holders, clips, contacts, chargers, and other battery-related products like vehicle 12V ("cigarette lighter") power connectors and sockets. There are a variety of chemistries available, including alkaline, lithium, lead acid, silver oxide, Ni-MH, Ni-Cad, zinc-air, and others. The sizes range from the popular AA, AAA, D, 9V, 123A, and 2032 to the less well-known 1/3N, 1/6D, 1/2AA, F, and SC, with many others in between.
What is a Battery Used for?
Electricity is accepted, stored, and released on demand by battery cells and similar devices. Like many other common energy sources, battery cells store energy through chemistry in the form of chemical potential. For instance, until they are burned, logs store energy in their chemical bonds for later conversion to heat.
What are the Benefits of Battery Cells?
- Ignite automobiles
- Carry just about convenient devices such as cell phones, laptops, GPS, power tools, and watches.
- Preserved energy from renewables – both on and off-grid -such as solar or wind and use it at a later stage when no renewable energy sources are available.
What are the Uses of Battery Cells?
These are some typical applications of battery cells.
- Medical
- Logistics and construction.
- Firefighting and Emergency.
- House.
- Health Instruments.
- Military.
