What are the applications of SEW motors in the automated parking industry?

With the ongoing trend of economic development, the number of households owning private cars is steadily increasing. As a result, conventional underground parking facilities can no longer meet the demands of car‑ownership, and they have even contributed to serious urban challenges. The emergence of automated multi‑level parking systems has addressed the issue of parking anxiety while also marking a key milestone and guiding the future direction of intelligent underground parking. In the deployment of multi‑level parking structures, a variety of configurations are available; among them, SEW gearmotors provide reliable solutions and can accommodate the diverse equipment requirements of different types of multi‑level parking systems.

SEW motors are characterized by their robust performance and practicality, making them suitable for a wide range of automated parking systems and playing a crucial role in China’s multi‑storey parking facilities. Today, they are widely deployed in first‑tier cities and have earned consistent five‑star praise from numerous customers. In China’s key automated parking sector, SEW motors have received top ratings.

The automated parking system leverages the SEW motor’s high‑load capacity and rapid braking capabilities to meet the precise control requirements of the equipment. Its structural design enables each module to raise and lower multiple parking spaces by driving a chain and sprocket via a gearbox, thereby satisfying the storage needs of all vehicles. So, what are the key features of SEW motors?

It employs a modular design, with components that are precisely matched to ensure a compact structure. The hard‑shaft‑neck reducer boasts high efficiency, reaching up to 98%, and offers an exceptionally fine range of gear ratios; each model features a unique speed ratio, allowing customers to select the one best suited to their specific needs. Furthermore, this reducer is compatible with a wide variety of motor types, making it suitable for all types of automated parking systems.