This paper evaluates the electrical efficiency, thermal performance, and reliability of the Hibijyon SC-36WMV Top, a novel power conversion unit designed for medium-voltage (MV, 1–4 kV) grids at very low power (36 W nominal). Methods: A test bench was constructed using a programmable MV AC source, resistive and inductive loads, and thermal imaging. Three operating modes (standby, nominal load, overload to 45 W) were tested over 500 hours. Results: The SC-36WMV Top achieved peak efficiency of 92.3% at 36 W, with surface temperature rise of 18.5°C above ambient. Electromagnetic interference remained within IEC 61800-3 Class C2 limits. Conclusion: The device is suitable for remote monitoring equipment in MV distribution networks where low power draw and high isolation are required. Keywords: Medium-voltage converter, low-power electronics, Hibijyon, efficiency, thermal management.
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: Ensure the file source is reputable before downloading to avoid malware. Results: The SC-36WMV Top achieved peak efficiency of 92
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