Research on the Solution of Stereo Garage in Urban Parking Problem

Abstract

This paper explores the crucial role of three-dimensional garages in enhancing the urban static traffic system. It highlights their significant advantages in alleviating urban parking challenges, optimizing land use efficiency, and improving overall urban traffic management and order. By utilizing vertical space, three-dimensional garages offer a sustainable solution to limited ground parking and urban congestion. The paper provides a comprehensive analysis of the structural characteristics, technical principles, and common types of three-dimensional garages, such as the lifting and transverse type, vertical circulation type, and plane moving type. Each type’s adaptability to various spatial and environmental conditions is elaborated to demonstrate their applicability in different urban settings. The study emphasizes several key factors that must be considered in the development and widespread adoption of three-dimensional parking systems. These include the standardization of technical specifications, ensuring system safety and reliability, optimizing operation and maintenance management strategies, improving user experience for convenience and accessibility, and enhancing policy and regulatory support to facilitate industry growth. By addressing these critical aspects, the paper aims to provide practical recommendations and a scientific reference for the development and modernization of urban parking infrastructure, ultimately contributing to more efficient, organized, and livable cities.