CFD is modern fluid mechanics, which uses electronic computers as tools and applies various discrete mathematical methods to conduct numerical experiments, computer simulations, and analytical research on various problems in fluid mechanics, in order to solve various practical problems.

The basic characteristics of computational fluid dynamics are numerical simulation and computer experiments. Starting from fundamental physical theorems, it largely replaces the expensive fluid dynamics experimental equipment and has a huge impact on scientific research and engineering technology. It is currently a strong research field internationally and widely used in many engineering fields such as aerospace design, turbine design, HVAC&R.

Wind turbines and their applications are complex systems that integrate various disciplines such as electrical, mechanical, aerodynamic, heat dissipation, electronic circuits, and control systems. In the actual development process, multiple engineering and physical issues need to be considered, and digital simulation analysis technology provides an efficient means for the development of wind turbine systems.

The MBAT series tools provide comprehensive simulation analysis services from fan fluid performance analysis to structural mechanics analysis to heat dissipation performance analysis, including fluid performance analysis, vibration and noise analysis, structural fatigue analysis, ventilation and heat dissipation analysis, etc. They have accumulated rich experience in long-term industry services, and are designed to meet the needs of fans and their application fields. They help users achieve professional and rapid analysis, accurately and comprehensively analyze the performance of fans and systems, provide reasonable design combination solutions, help users solve pain points, save product development costs, shorten development cycles, and improve efficiency.