Several Miniaturized Design Solutions for Reducing Intelligent Garage Inventory-Handling Time

As urban parking challenges continue to intensify, mechanical multi‑storey car parks have seen increasingly widespread adoption. However, users generally remain dissatisfied with these systems, primarily because they are not sufficiently convenient to use. In fact, intelligent parking solutions such as flat‑move, aisle‑stacking, and vertical‑lift systems are quite user‑friendly; yet they account for less than 10% of the market.

　　Although lift-and‑slide parking systems, which account for more than 80% of the market, can help address or alleviate parking shortages, they receive low ratings for convenience and safety, leading many users to equate mechanical parking garages with lift-and‑slide systems. Why do smart parking garages—known for their ease of use and safety—capture less than 10% of the market? Some attribute this to cost considerations.

　　 Let’s look at the development of high-speed rail: a green-skin train from Qingdao to Jinan costs 54.5 yuan and takes about 5 hours, whereas a high-speed rail ticket costs 116.5 yuan and takes roughly 2.5 hours—nearly half the travel time, but at twice the price. Yet, as evidenced by the 12306 website, high-speed rail tickets sell out first, leading to the conclusion that most travelers prioritize high-speed rail. As for automated parking garages, their construction costs are not significantly higher than those of lift-and‑translate systems, so cost is not the primary factor.

　　 I believe the primary reasons are that intelligent storage systems typically come in clusters of 80 to 120 parking spaces, resulting in excessively long emptying times—around two hours—which users find difficult to tolerate. Additionally, these systems have stringent site‑specific requirements, which limit their widespread adoption.

　　 In our daily lives, we have high‑, mid‑, and low‑end options for everything from clothing and food to housing and transportation. By contrast, mechanical parking garages offer very limited choices—especially in the most common type, underground mechanical garages in residential communities, where the only option is typically the lift‑and‑slide system. In today’s era of rapid internet development, lift‑and‑slide mechanical parking systems suffer from rudimentary control and constrained remote operation, preventing the realization of the advanced value‑added services that could be delivered through internet‑based technologies.