Is the statement "All grounding components and buried metallic conductors must not be interconnected" true or false?

The statement that "All grounding components and buried metallic conductors must not be interconnected" is false. In electrical systems, particularly those related to lightning protection and grounding, it is crucial for grounding components and buried metallic conductors to be interconnected to ensure a common grounding potential.

Interconnecting these components plays a vital role in creating a low-resistance path for fault currents and lightning strikes to safely dissipate into the earth, thereby protecting structures and equipment from damage. Proper interconnection helps in minimizing the risks of electric shock and allows systems to function effectively by providing a stable reference point for voltages.

By establishing interconnections among grounding components, the grounding system can also enhance its overall redundancy and reliability, which is essential in minimizing potential issues related to grounding failures.