![]() When high electricity passes through any device, it will be fried and get damaged beyond repair. When you do not ground the electrical system, you will put your appliances and even your life at high risk. When you ground the electrical system and connect it to the earth, it means that you are giving the excess electricity to go somewhere without resistance rather than going through you or your appliances. One of the main reasons why you should ground your electrical appliances is that the earth is a great conductor and it can conduct all the excess electricity with least resistance. This helps in providing stabilized voltage levels throughout the electric system. The earth can be considered as a common reference point for the voltage sources in any electrical system. This ensures that the circuits are not overloaded at any point and get blown as a result of it. When you ground the electrical system, it makes it easier for you to distribute the right amount of power at the right places. ![]() The appliances will be safe and protected from large electrical surges. By grounding the electrical system, all the excess electricity will go into the earth instead of frying the appliances connected to the system. ![]() These events may produce dangerously high electricity which can completely damage your electrical appliances. You may experience power surges at times or you may be exposed to lightning during extreme weather conditions. This direct physical connection allows the earth to act as a path of least resistance and prevent an appliance or a person from becoming the shortest path. Electricity always looks for the shortest path to the earth, therefore if there is any problem where the neutral wire is broken or interrupted, it is the grounding wire that provides a direct path to the ground. However, if the wiring systems use a plastic-sheathed cable, then an extra wire is used for grounding. If the wiring systems use electrical cables that are covered in metal, then the metal usually serves as the ground conductor between the wall outlets and the service panel. A copper conductor is connected from the metal rod of the wiring system to a set of terminals for ground connections in the service panel. In an electric circuit, there is an active wire which supplies the power, a neutral wire which carries that current back and a ‘grounding wire’ which provides an additional path for electrical current to return safely to the ground without causing danger to anyone in the event of a short circuit. So, if there is a problem with the neutral wire, grounding your electrical system will provide a direct pathway to the ground and prevent power surges that can invite electrical hazards. The electricity in a residential wiring system consists of electrons flowing through metal circuit wires and this electricity is always looking for the shortest possible route back to the ground. It facilitates a physical connection between the ground and the electrical equipment and appliances in your home. Electrical grounding is a backup pathway that provides an alternating route for the current to flow back to the ground if there is a fault in the wiring system.
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