Properties of Electric Battery
Some properties of Electric Battery are listed below:
- It consists of one or more electrochemical cells which converts chemical energy into electrical energy.
- In each battery cell it has a positive (cathode) terminal and a negative (anode) terminal.
- It acts an voltage source ,which provides an EMF(electromotive force) that helps to drive the flow of current in electrical circuit.
- If an Electric Battery is connected to external power electrical device, then electrons flow from the battery’s negative terminal to battery’s positive terminal, which creates electric current.
- Electric Battery capacity is generally measured in milliampere-hours(mAh) and it shows how much charge a battery can store.
- If the capacity of an Electric is Higher then the batteries are ideal for long-lasting power in devices.
- There are different types of battery like lithium-ion, Lead-Acid Batteries based on their uses.
- Electric Battery consists of Self-Discharge Rate which is crucial for devices like remote controls with infrequent use.
Electric Battery
In electrical circuits, electric batteries play an important role in providing the required power to different range of devices and systems. Electric Battery provides the necessary power for small gadgets to large-scale industrial machines. An Electric battery acts as a source of electric power which generally consists of one or more electrochemical cells.
When an electric battery is used for supplying the power, its positive terminal acts as a cathode, and its negative terminal acts as an anode. Electric battery is used in many applications like smartphones, electrical vehicles, and many more applications. Electric batteries are used to provide portable energy for many applications. In this article, we will learn about electric batteries, and key terminologies, properties, working of batteries, electric battery types, advantages and disadvantages, and their applications.