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About RychenFocus on high-tech research and development, energy-saving product design and production in the fields of fluid transportation (water pump, fan), fine control combustion, high-efficiency heat exchange and high-efficiency permanent magnet motor, and provide professional technical transformation services to provide users with professional comprehensive energy-saving solutions.
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SolutionFocus on high-tech research and development, energy-saving product design and production in the fields of fluid transportation (water pump, fan), fine control combustion, high-efficiency heat exchange and high-efficiency permanent magnet motor, and provide professional technical transformation services to provide users with professional comprehensive energy-saving solutions.
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ProductsFocus on high-tech research and development, energy-saving product design and production in the fields of fluid transportation (water pump, fan), fine control combustion, high-efficiency heat exchange and high-efficiency permanent magnet motor, and provide professional technical transformation services to provide users with professional comprehensive energy-saving solutions.
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BlogWe focus on high-tech research and development, energy-saving product design and production in the fields of fluid transportation (water pump, fan), fine control combustion, high-efficiency heat exchange and high-efficiency permanent magnet motor, and provide professional technical transformation services to provide users with professional comprehensive energy-saving solutions.
Analysis platform based on multi-physics optimization
Release time:
2024-06-20
The traditional motor design focuses on the study of the electromagnetic part of the motor, but the electromagnetic performance will be affected by the structure and temperature of the motor, and it is difficult to meet the design requirements simply for electromagnetic optimization.
The traditional motor design focuses on the study of the electromagnetic part of the motor, but the electromagnetic performance will be affected by the structure and temperature of the motor, and it is difficult to meet the design requirements simply for electromagnetic optimization.
The company's multi-physics-based motor optimization platform addresses the relationship between electromagnetic fields and temperature fields, temperature fields and stress fields, temperature fields and material properties, material and electromagnetic properties, electromagnetic performance changes and losses, losses and motor temperature rise, multi-field and multi-field calculation methods, effectively ensuring the accuracy of the virtual prototype. At the same time, combined with the unified optimization of the control system, the optimal dynamic characteristics of the drive system are obtained, and the system-level optimization not only optimizes the topology of the motor, but also optimizes the variables of the control part such as PI parameters.
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