Smart Neural Network Steers Dual-Input Converter for Electric Vehicles
A 500 W laboratory prototype of a dual-input converter with a modified deep neural network controller achieved a peak efficiency ...
Tag: power electronics
New three-port converter cuts conduction losses with optimized modulation
A new three-port DC–DC converter design uses an improved Gray Langurs Optimizer to cut a measured weighted RMS-current metric by ...
Fuzzy logic-based controller strategy for a single-input dual-output DC–DC converter for DC homes
A Fuzzy Logic controller strategy was successfully applied to a single-input dual-output DC–DC converter, demonstrating superior settling times and voltage ...
George Mason Engineer to Probe Defects in SiC and III-N Materials for High-Voltage Devices
George Mason University professor V. Rao Mulpuri has received $80,000 from the Naval Research Laboratory to investigate fundamental defects in ...
Single-Carrier Hybrid Switching Tames Voltage Noise in Three-Level Inverters
Researchers have demonstrated a single-carrier hybrid switching strategy that cuts common-mode voltage in three-level T-type inverters by about 22 percent ...
Genetic Algorithm Sculpts Compact High-Frequency Transformer for Solid-State Power Conversion
A constraint-driven multi-objective optimization framework produced a nanocrystalline high-frequency transformer whose design was verified by finite-element analysis and a 150 ...
Laboratory prototype tests single-switch quadratic DC–DC converter with high voltage gain
A 200 W laboratory prototype of a single-switch quadratic DC–DC converter produced a 400 V output from a 25 V ...
Smart Solar EV Charging Uses AI for Stable Energy
A new control framework for solar-integrated EV charging stations combines fuzzy logic, Kalman filtering, and predictive control to achieve high ...
The Hidden Losses That Decide Whether Solar Power and Grid Protection Actually Work
A detailed loss evaluation study reveals that practical implementation factors can increase power electronics losses by up to 21 percent, ...
Fuzzy Control and Adaptive Droop Tame Solar-Hydrogen Microgrid Chaos
A new study combines fuzzy logic power allocation with adaptive droop control to stabilize solar-hydrogen DC microgrids, cutting voltage violations ...
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Mothers who receive childcare support from maternal grandparents show more parental warmth, finds NTU Singapore study
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University of Seville Breaks 120-Year-Old Mystery, Revises a Key Einstein Concept
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Bee body mass, pathogens and local climate influence heat tolerance
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Researchers record first-ever images and data of a shark experiencing a boat strike
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Groundbreaking Clinical Trial Reveals Lubiprostone Enhances Kidney Function
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