Reinforced Concrete Pole as Structural Support and Fault Minimization in Radial Electrical Distribution System in Yobe State

Abstract

Reinforce concrete poles (RCPs) have emerged as a robust solution for enhancing structural support and minimizing faults in radial electrical distribution systems in Yobe state. These faults, characterized by their composite construction of steel-reinforced concrete, offer superior durability, high load-bearing capacity, and resistance to environmental stressors such as corrosion, termites, fire, and extreme weather. In radial systems, where power flows unidirectional from the substation to end users, the structural integrity of support poles is crucial for maintaining uninterrupted service. These studies examine how RCPs mitigate both structural and electrical faults by preventing pole failures that lead to line collapses, sagging, or contact with vegetation.