Aims and Scope

Aim

IJPEDS advances the science, engineering, and practical application of power electronics, electric drives, and related energy conversion technologies that enable efficient generation, conversion, control, and utilization of electrical energy across industry, transportation, and society. We provide an inclusive international forum for original research, authoritative reviews, application studies, design innovations, educational methods, and policy analyses that accelerate the transition toward more intelligent, electrified, and sustainable energy and transportation systems.

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Scope

IJPEDS welcomes high‑quality submissions on (but not limited to) the topical areas below. Interdisciplinary and systems‑level studies that integrate multiple topics are especially encouraged.

1. Power Semiconductor Devices & Components

• Advanced Si, SiC, GaN, Ga₂O₃, diamond & other wide/ultra‑wide bandgap devices.
• Device structures, fabrication, packaging, reliability, failure modes.
• Gate/driver circuits, protection techniques, and device modeling.

2. Converter Topologies, Modulation & Magnetics

• AC‑DC, DC‑DC, DC‑AC, matrix, multilevel, soft‑switching & resonant converters.
• Rectifiers (controlled/uncontrolled), inverters, cycloconverters.
• Magnetic components: inductors, transformers (incl. high‑frequency), coupled devices.
• Modulation strategies (PWM variants, space‑vector, model predictive, DPWM, etc.).

3. Control, Optimization & Digital Implementation

• Control algorithms for converters & drives (linear, nonlinear, adaptive, robust, predictive, AI/ML‑enhanced).
• Digital control platforms (DSP, FPGA, SoC, real‑time simulation, HIL).
• Fault detection, diagnosis, protection & reconfiguration.

4. Electric Machines & Drive Systems

• Induction, synchronous (incl. PM & reluctance), switched reluctance, brushless, multi‑phase & special machines.
• Modeling, parameter identification, design optimization & thermal analysis.
• Adjustable‑/variable‑speed drives, servo & motion control, robotics drives.

5. Transportation Electrification & E‑Mobility

• Electric / hybrid vehicles, propulsion inverters, onboard & offboard charging (conductive & wireless).
• Battery management systems (BMS), powertrain integration, charging infrastructure, standards & safety.

6. Renewable & Distributed Energy Conversion

• Solar PV power conditioning, maximum power point tracking (MPPT).
• Wind energy conversion systems & grid interface.
• Other renewables (hydrokinetic, fuel cell, tidal, geothermal interfaces).
• Hybrid renewable systems & power management strategies.

7. Energy Storage & Power Management

• Battery technologies, supercapacitors, fuel cells, flow batteries, energy management & balancing.
• Bidirectional converters for storage integration; vehicle‑to‑grid/vehicle‑to‑home (V2G/V2H).

8. Smart Grids, Microgrids & Power Quality

• Grid‑connected converters, distributed generation interface, islanded & grid‑forming converters.
• HVDC/FACTS applications of power electronics.
• Power quality monitoring/mitigation (harmonics, flicker, voltage sags, active filtering).
• Protection, coordination & stability in converter‑rich grids.

9. EMI/EMC, Sensing, Measurement & Diagnostics

• Electromagnetic interference and compatibility in converters & drives.
• High‑speed/current/voltage sensing; condition monitoring; prognostics & health management.

10. Thermal Management, Reliability & Packaging

• Thermal modeling, materials, cooling techniques (air, liquid, two‑phase, integrated thermal‑electrical co‑design).
• Lifetime prediction, derating, and reliability testing of power modules & systems.

11. Modeling, Simulation, Digital Twins & Verification

• Physics‑based & behavioral modeling of devices, converters, drives & systems.
• Multi‑domain co‑simulation (electrical‑thermal‑mechanical), reduced‑order models, real‑time emulation.
• Verification, validation & benchmarking datasets / test protocols.

12. Industrial, Utility & Mission‑Critical Applications

• Manufacturing (cement, steel, pulp/paper, mining, process industries).
• Aerospace, marine/offshore, rail & traction power.
• Data centers, smart buildings, HVAC, lighting, and other energy efficiency applications.
• Uninterruptible power supplies (UPS) & backup systems.

13. Education, Standards, and Policy in Power Electronics & Drives

• Curriculum development, remote/virtual laboratories, simulation tools for teaching.
• Workforce development, accreditation, and certification initiatives.
• Standards, codes, regulatory and policy analyses impacting electrification & energy conversion.

14. Emerging & Cross‑Cutting Topics

• Wide adoption of AI/ML, digitalization, cybersecurity in power electronic systems.
• Integration with IoT/IIoT, edge computing, and cloud‑connected energy devices.
• Sustainability, life‑cycle assessment, circular design, critical materials.

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Audience

The International Journal of Power Electronics and Drive Systems (IJPEDS) is designed for a broad international readership, including:

• Researchers and Academics – advancing theories, models, and experimental studies in power electronics, electric drives, and renewable energy.
• Industry Professionals and Engineers – applying innovations in power conversion, control, and energy systems to practical and industrial contexts.
• Educators and Students – supporting teaching, training, and curriculum development in electrical engineering and related fields.
• Policy Makers and Practitioners – interested in standards, regulations, and emerging trends in energy and drive technologies.

IJPEDS serves as a platform to connect academia, industry, and society, fostering knowledge exchange and innovation in the field.

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