literature review on the future more electric aircraft (MEA) power system architecture and investigation of state of the art technologies for more-electric aircrafts by Hong, Yi

“…The vision of optimizing aircraft performance, increasing reliability, reducing operating and maintenance costs as well as gas emission have push the development of aircraft industry toward the concept of more electric aircraft (MEA), and ultimately all electric aircraft. …”
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Power scheduling of more electric aircraft power system by Lin, Yujing

“…In recent years, advance in more electric aircraft has brought numerous benefits including reducing the environmental impact brought by aviation industry. …”
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Arc fault protection for more electric aircraft application by Neppalli Sri Chandra Pranavi

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Review of design and challenges of DC SSPC in more electric aircraft by Molligoda, Devinda A., Chatterjee, Pradip, Gajanayake, Chandana J., Gupta, Amit Kumar, Tseng, King Jet

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A fault-tolerant electric motor for more electric aircraft by Lim, Sebastin Choon Huat

“…The growing momentum in the aircraft industry toward the idea of a hybrid electric-powered or more electric aircraft (MEA), and eventually an all-electric aircraft, exemplifies the industry's efforts to improve aircraft performance, lower operating and maintenance costs, boost dispatch reliability, and lower gas emissions. …”
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Design and integration of the battery energy storage system in more electric aircraft by Tariq, Mohd

“…A general background of the battery system is studied and the performance of the batteries based on energy densities and low temperature capabilities is evaluated for the deployment in the more electric aircraft (MEA). Evolution of MEA with its power system architecture and load profile is analysed to understand the requirements of the battery system. …”
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Graph-based modeling of hybrid-electric aircraft electro-thermal system by Choong, Hui Qian

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A high-performance electric motor drive for electric aircraft application by Zhang, Yuhui

“…This dissertation provides a comprehensive investigation into different motor types, focusing on the applicability of the FSPM motor in electric aircraft. Through meticulous research, six enhanced FSPM (Flux-Switching Permanent Magnet) motor topologies were developed. …”
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Optimal segmented rotor design for the embedded electrical machine for the more electric aircraft by Loh, Jenn Yen, Prabhu, Mathivanan Anand, Wang, Shuai, Joshi, Sunil Chandrakant, Viswanathan, Vaiyapuri, Ramakrishna, Shanmukha

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Super/ultra capacitor based energy storage system in more electric aircraft by Haidar Hotma Malik

“…Such aircrafts are categorized as a More Electric Aircraft (MEA). The purpose of this research is to study and understand the selection process in the choices made by aircraft manufacturers when designing aircrafts. …”
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Proportional-resonant controlled NPC converter for more-electric-aircraft starter-generator by Dehghani Tafti, Hossein, Lim, Ziyou, Raj, Pinkymol Harikrishna, Maswood, Ali Iftekhar, Ooi, Gabriel Heo Peng

“…More electric aircraft (MEA) technology is achieved by exchanging various mechanical and pneumatic elements of a conventional aircraft with their equivalent electrical devices in order to increase the reliability and decrease the maintenance. …”
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Development of controller with graph-based model for hybrid-electric aircraft electro-thermal system by Lim, John Jun Yu

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Surrogate role of machine learning in motor-drive optimization for more-electric aircraft applications by Gao, Yuan, Cheong, Benjamin, Bozhko, Serhiy, Wheeler, Pat, Gerada, Chris, Yang, Tao

“…Motor drives form an essential part of the electric compressors, pumps, braking and actuation systems in the More-Electric Aircraft (MEA). In this paper, the application of Machine Learning (ML) in motor-drive design and optimization process is investigated. …”
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Hardware-in-the-Loop demonstration on fault management system and power management system on more electric aircraft by Gopinath, Salsisivamani

“…More Electric Aircraft (MEA) is the next generation of aircraft which will eventually replace the existing Unmanned Aerial Vehicle, Spacecrafts, and commercial and military aircrafts. …”
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Reliability, dead-time, and feasibility analysis of a novel modular tankless ZCS inverter for more electric aircraft by Mohd Tariq, Ali Iftekhar Maswood, Moreddy, Abhinava Chaitanya, Gajanayake, Chandana Jayampathi, Lee, Meng Yeong, Amit Kumar Gupta

“…An increase in the demand of the electrical power in the more electric aircraft (MEA) with electrical equipment replacing the pneumatic and hydraulic equipment; the modular power converter (MPC) is needed for power conversion and power distribution in the MEA. …”
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Comparative analysis of Si, SiC and GaN field-effect transistors for DC solid-state power controllers in more electric aircraft by Marwaha, Mridul, Sathik, Mohamed Halick, Satpathi, Kuntal, Yu, Yang, Sasongko, Firman, Pou, Josep, Gajanayake, Chandana, Gupta, Amit Kumar

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Modeling and integration of a lithium-Ion battery energy storage system with the more electric aircraft 270 V DC power distribution architecture by Tariq, Mohd, Gajanayake, Chandana Jayampathi, Gupta, Amit K., Maswood, Ali Iftekhar

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Battery energy storage system integration to the more electric aircraft 270 V DC power distribution bus using peak current controlled dual active bridge converter by Mohd Tariq, Ali Iftekhar Maswood, Chandana J. Gajanayake, Amit K. Gupta, Firman Sasongko

Subjects: “…More Electric Aircraft…”
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Real-time simulation of airplane power distribution system by Zhai, Jianyang

“…The concept of a "more electric aircraft (MEA)" and "all electric aircraft (AEA)" represent the trends of airplane power distribution system in the future. …”
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Hardware-in-the-loop demonstration on aircraft electrical power system by Aw, Meng Kit

“…In recent years, like the automotive industry, aircraft companies have started to develop fully electric aircraft in anticipation of the future. As such, research has been conducted with the goal of achieving a highly efficient aircraft electrical power system (EPS) that also maintains and/or improves the fuel efficiency. …”
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