Inductance and Capacitance calculations and p

In the midst of a major urban development project, a power utility company is tasked with establishing a robust electrical transmission infrastructure to meet the growing energy demands of a rapidly expanding city. The chosen solution involves the implementation of a three-phase double-circuit transmission line with symmetrical hexagonal spacing, owing to its efficiency and space optimization advantages. The engineers face the challenge of ensuring reliable power transmission while navigating the intricacies of the unique hexagonal arrangement. Amidst the ongoing analysis, the question emerges: How does the in-depth examination of parameters such as distance between conductors, conductor radius, Inductance, capacitance and the geometric factor contribute to the optimization and design considerations of the transmission line?