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(Electric Energy Conversion
System Research Division) major research actives include
development of new theory, and derivation of new analysis
and design method, relatived to energy conversion system
from mechanical to electrical and vice versa, Firstly,
fast, convenient, and efficent numerical analysis method
including related software to calculate electromagnetic
flux distribution and electromagnetic force has been developed,
such as FEM (Finite Element Method) and BEM (Boundary
Element Method). Scondly, sensitivity method topology
optimization, and stochastic method has been studied,
which can be applied for optimum design of energy conversion
system. Thirdly, induction motor with higher efficiency,
linear actuator with high thrust, superconductiong transformer,
and electric machinery using superconducting technology
has been developed.
All research results have been delivered to the research
engneers from universities and industries through workshops
and short coures. |
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Theories on Electro-mechanic Energy Conversion |
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Numerical Analysis on Electromagnetic Fields |
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Design Optimization of Electric Machinery |
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Efficient Electrical Machinery |
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Superconducting Machinery |
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Passive
and active power devices |
Industrial
drive and control |
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Power
system optimization |
High
power conversion for power system application |
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Analysis & Design Technique |
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Design
System & Application Development |
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Design
Education and Support |
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Solar
energy technology |
Hydrogen & fuel cell technology |
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Wind-generation
technology |
Related
Renewable energy technology |
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