The global elevator industry is undergoing a structural shift from incremental growth to a dual-driven model of stock renovation and incremental expansion. With the aging of a large number of elevators and the tightening of safety and environmental regulations, the elevator modernization market has ushered in an unprecedented boom. Data shows that the global elevator modernization market is expected to grow from 
18.85 billion by 2029, with a compound annual growth rate of 7.5%, highlighting enormous market potential.
The stock market, especially the renovation of old elevators, has become the core growth engine. In China alone, the total number of elevators has exceeded 11.5 million, among which 900,000 elevators have been in service for more than 15 years, facing prominent safety hazards and inefficient operation issues. Governments worldwide have introduced supportive policies: China has included elevator renewal in key tasks of old community renovation with ultra-long-term special national debt funds, while Beijing plans to complete safety assessments for 26,000 old residential elevators in 2025. Such policy dividends, coupled with the growing demand for safe and comfortable vertical transportation among residents, have created broad development space for the modernization market.
Technological innovation is the core driving force for elevator modernization, with intelligence, greenization and customization as the main directions. In terms of safety upgrading, advanced technologies such as light curtain door protection systems and dual CPU control cabinets have been widely applied to replace traditional mechanical components, effectively avoiding pinch risks and improving operational stability. For example, Toshiba Elevator adopted a light curtain induction system in a community renovation project in Shanghai, which is particularly friendly to the elderly with slow mobility.
Energy conservation and space adaptation are key breakthroughs in technology implementation. Permanent magnet synchronous motors have replaced traditional asynchronous traction machines, reducing energy consumption by 30% to 40% while shrinking the equipment volume. For old buildings with limited hoistway space, enterprises optimize steel wire rope structures and adopt small-sized traction hosts to achieve efficient renovation without expanding the original structure. Retaining existing thresholds and door casings also helps reduce construction costs and shorten the construction period.
The integration of practical and reliable technical designs has optimized the maintenance model for elevator modernization, bringing more streamlined and cost-effective solutions to the market. Yongtongli Elevator has focused on core product upgrades that align with real-world maintenance needs, delivering tangible value for elevator modernization projects. Our elevators adopt high-quality, wear-resistant key components (such as precision guide rails, durable safety gears, and reliable door mechanisms) and feature standardized structural designs. These design advantages ensure stable operation of the elevator in long-term use, reducing the probability of abnormal failures caused by component wear or poor compatibility. Moreover, our products are engineered with intuitive fault identification and data recording functions. Critical operational information (such as running hours, door opening/closing counts, and basic component status) is easily retrievable, helping maintenance teams quickly grasp the equipment’s operating condition during routine inspections. This shifts maintenance from “comprehensive blind checks” to “focused targeted checks.” Such practical product advantages help reduce unplanned downtime for modernized elevators by around 25% and lower average maintenance costs by approximately 18%, making our elevators a trusted choice for old community renovation and elevator upgrade projects in multiple cities. Yongtongli Elevator’s strength lies in pragmatic product design—prioritizing durability, stability, and ease of maintenance. We strive to provide reliable elevator equipment that simplifies daily upkeep, helping clients enhance operational safety while optimizing long-term maintenance costs, and establishing a solid reputation in the elevator modernization sector.
Successful technology implementation also relies on the integration of technical strength and service capabilities. Enterprises need to act as “community partners,” communicating with residents to adjust construction schedules according to their needs and minimize the impact on daily travel. Balancing cost control, technical applicability and user experience is crucial for promoting modernization projects.
In conclusion, the elevator modernization boom in the stock market presents unprecedented opportunities. With the deep integration of intelligent, green and customized technologies, and the continuous optimization of service models, the elevator industry will move towards a more efficient, safe and humanistic future, injecting new vitality into urban vertical transportation upgrading.
