What is the name of a grounding system that consists of interconnected bare conductors arranged radially and buried a short distance underground?

The name of a grounding system that consists of interconnected bare conductors arranged radially and buried a short distance underground is referred to as a radial ground. This type of grounding system is specifically designed to provide low-resistance paths for fault currents by utilizing multiple conductive paths that spread out from a central point, thereby enhancing the safety and effectiveness of grounding for various electrical systems.

Radial grounding systems are particularly beneficial in reducing potential differences across the grounded surface, which can occur during electrical faults. By distributing the grounding conductors radially, this system can effectively lower the overall impedance and improve the reliability of the grounding network. It is commonly used in applications requiring reliable grounding, such as in radio communications or power distribution networks, where effective grounding is essential to protect equipment and ensure safety.

In contrast, linear ground systems typically involve conductors laid out in a straight line, which can lead to higher impedance compared to the radial configuration. Distributed ground might imply a more complex system without the specific focus on the radial arrangement, while balanced ground often refers to designs aimed at minimizing potential differences across phases in electrical systems rather than specifically focusing on a radial layout.