What is the primary use of systematic grounding?

Systematic grounding is primarily utilized to prevent injuries or damage caused by electrical faults. This involves creating a safe path for electric current to follow in the event of a fault, such as a short circuit or lightning strike. By establishing a low-resistance pathway to the ground, grounding systems help ensure that excess electricity is safely diverted away, thereby minimizing the risk of electric shock to individuals and protecting equipment from damage due to surge currents.

This grounding practice is crucial in ensuring safety in electrical systems. By preventing potential hazards, it effectively safeguards both personnel and infrastructure, allowing equipment to operate reliably without the risk of severe electrical faults causing injuries or catastrophic failures. In contrast, the other options, such as enhancing electrical conductivity or improving efficiency, do not directly relate to the main purpose of grounding, which is fundamentally about safety and protection against electric shocks and system failures.