Modelling Distribution Transformers with Numerical Integration
Ming Kumar
Corresponding
Indian Institute of Science, Bangalore
Omar Islam
Indian Institute of Technology, Kharagpur
Abstract
Rising energy costs have renewed interest in the efficient utilisation of distribution transformers within railway engineering. The approach integrates numerical integration with experimental calibration to improve predictive accuracy. The measurements indicate that distribution transformers varies by nearly 19% across the operating range. The findings have direct implications for the safety and economy of future construction.
Keywords:
distribution transformersnumerical integrationmicroprocessor controlearthquake engineeringlinear programmingheat exchanger
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