Parameterization of passenger stations for eco-oriented string transport complexes

Unitsky String Technologies (uST) transport and infrastructure complexes offer notable environmental benefits, characterized by minimal land use requirements, reduced carbon footprint, low noise emissions, and the potential to establish green corridors along routes. The efficient operation of these biosphere-compatible systems depends on optimized logistics, particularly the parameterization of stations for both freight and passenger transportation. This study investigates passenger flow dynamics across four platform configurations in uST eco-transport complexes, analyzing boarding and alighting processes for three common uST vehicle types. The research evaluates stairwell capacity while identifying obstacles affecting passenger flow and provides recommendations for optimal vehicle placement on platforms. The findings support the advancement of Smart Mobility solutions, particularly in enhancing energy efficiency through improved station design and passenger management. Implementation of these results contributes to sustainable transportation system optimization while preserving the environmental advantages inherent to uST technology.