Weite's Active Anti-Collision System was Successfully Applied to a Large Nuclear Power Construction Project

The nuclear power project plans to build 6 million-kilowatt nuclear power units. The project is large-scale and complex to construct. At the construction site, the Micro-Special active anti-collision system effectively solves the safety problem of cross-construction of multiple equipment on site, providing safety guarantee for the efficient construction of nuclear power projects.

Four highlights of the active anti-collision system of micro cranes:

1. Anti-collision function of high and low towers in group tower operation: The system can accurately identify potential collision risks in the tower crane's operating space, issue alarms and warnings in advance, ensure the safe operation of high and low tower cranes in group tower operations, and prevent collision accidents.

2. Anti-collision function for cross-operation of multiple devices: Complex construction sites often have multiple types of equipment operating at the same time. The system can identify large equipment such as crawler cranes and truck cranes in real time to prevent them from invading the safe space of tower cranes and prevent equipment collision risks.

3. High precision and zero cumulative error: The system can operate stably for a long time after being installed once. It adopts self-developed algorithms, has high detection accuracy, and will not produce cumulative errors during use, ensuring safety is always online.

4. Easy to install and use: After the construction is completed, this system can be easily disassembled and moved to a new construction site for continued use, which facilitates project conversion and reuse and saves construction management costs.

The active anti-collision system of micro cranes has been successfully applied to construction sites in many industries with its high efficiency, stability and flexibility. It not only protects the construction of my country's nuclear power projects, but also provides a new technical benchmark for safety management in the field of engineering construction.