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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.
Advanced Electromagnetic Design Platform
Release time:
2024-06-20
Based on Maxwell's equations, using the finite element analysis method, the low frequency electromagnetic field problem of any shape object can be analyzed.
Based on Maxwell's equations, using the finite element analysis method, the low frequency electromagnetic field problem of any shape object can be analyzed.
Accurately predict the performance of electromechanical products under normal and fault conditions such as starting, variable load, short circuit, open circuit, etc., obtain various experimental and non-experimental data, minimize prototype manufacturing and experimental testing, reduce costs and accelerate the development process of electromechanical products.
Groundbreaking hysteresis material modeling capabilities and transient solution algorithms enable accurate core and magnet loss calculations, hysteresis motor design and performance analysis (transient electromagnetic characteristics such as hysteresis loss, torque characteristics, power balance, etc.).
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