Study on hydraulic mechanical equipment operation and fault simulation system

Hydraulic mechanical equipment operation and fault simulation system can provide a visual scene with high quality, practicality and convenience. And it also has a strong sense of immersion and good human-machine interface. By using the system, users can have a deeper understanding of the structure and operation principal of the device and improve operating skills of the device with identifying and clearing faults. Combining with the shiplift model of Fujian Shuikou power station, fault tree analysis method is used to develop the hydraulic mechanical equipment operation and fault simulation system, along with the software like 3DsMax, Balder3D, Silverlight5 and Blend5. The system is constructed with B/S structure on ASP.NET platform, and it demonstrates the operation methods and regulation of hydraulic mechanical equipment and subsystems of ship lift in the forms of three-dimensional animation, two-dimensional graphics, hydraulic principles animation and electromagnetic action table, and the fault simulation is conducted in the form of fault tree. Users with permission can directly access the system through a browser and learn about system structure, operation principle and common failures of ship lift. The field test of the system indicates that the system is feasible, practical, and has greatly improved the effect of training.