Another Innovation: the Yunyang Jianquan Pumped Storage Power Station Inclined Shaft trolley Anti-Collision Project was successfully Accepted

The Yunyang Jianquan Pumped Storage Power Station is a key project in the national 14th Five-Year Plan and a key project in the Chengdu-Chongqing Twin Cities Economic Circle. It is of great significance for optimizing the energy structure of Chongqing's power grid and improving the stability of the power system. It will also effectively promote employment, tourism, and the development of new energy. The underground inclined shaft construction environment is cramped, poorly lit, and dusty. 

The trolleys are dynamically shifted, and there are no reserved installation points on site. WTAU engineers actively communicated with the on-site construction team to separate the anti-collision system's sensors, controllers, and other components, innovatively using adjustable brackets. This tailored solution was tailored to the client's needs and resolved the immediate challenges.

Since the system was put into operation, it has effectively improved the safety of inclined shaft trolley construction. Through remote monitoring functions, it has achieved real-time upload and analysis of construction data. Managers can view equipment operating status, location information, and historical alarm records anytime and anywhere through computers or mobile terminals. This provides strong data support for construction scheduling optimization and promotes the digital and intelligent management of the project. 

The successful application of the WTAU inclined shaft trolley anti-collision system at the Yunyang Jianquan Pumped Storage Power Station is a vivid example of how scientific and technological innovation can empower energy engineering construction. In the future, WTAU will continue to deepen its research in the field of lifting safety protection, using more advanced technology and higher-quality services to escort more major engineering projects.Introduction to WTAU Inclined Shaft Trolley Anti-Collision System:

In complex working conditions such as tunnel construction and mining, mobile equipment (such as trolleys and construction vehicles) is prone to collisions between equipment or between equipment and obstacles due to insufficient lighting, restricted visibility, and confined spaces. These collisions can lead to equipment damage, casualties, and project delays. Traditional manual monitoring methods are inefficient and unreliable, necessitating the use of intelligent technologies to accurately monitor and proactively protect equipment operation, ensuring both safe and efficient construction. WTAU has launched a collision avoidance system for inclined shaft trolleys.

Core Advantages:

1. Safety Assurance: Multi-level warnings and active braking reduce the risk of equipment collisions by over 90%, minimizing potential casualties.

2. Cost Optimization: Avoids equipment collision damage, reduces repair and replacement costs, and extends equipment life by over 20%.

3. Efficiency Improvement: Reduces downtime and delays caused by accidents, ensuring construction continuity and improving overall project progress by 15%.

4. Intelligent Management: Real-time data remote monitoring supports optimized construction scheduling and facilitates digital and refined project management.