PEMCE

2023 International Conference on

Power Electronics, Modelling and Computer Engineering

Power engineering is one of the earliest areas of development in the field of electrical engineering. It involves the generation, transmission and distribution of electricity. Power engineers are also working on a variety of power devices and power conversions (transforming power from one form to another, such as electromechanical or electrochemical processes).

The purpose of PEMCE 2023 is to present the latest research and results of scientists involved in energy, electrical and electrical engineering. The conference provided opportunities for representatives from different fields to exchange face-to-face ideas and application experiences, build business or research relationships, and find global partners for future collaboration. We hope that the outcome of the conference will make a significant contribution to the knowledge of these latest scientific fields.

PEMCE | December 9-10, 2023 Hohhot, China

Submission

Submissions should be original, previously unpublished work not currently under review by other publications. All submissions must be done electronically through the Electronic Submission System before December 9, 2023.

For any inquiry about the conference, please feel free to contact us at: icpemce@126.com.

Proceedings

All submissions will be peer reviewed by 2-3 reviewers. All accepted papers will be published by IEEE Conference Publishing Services, which will be indexed by EI Compendex, Scopus and Inspec et al.

Important Dates

December 9 2023

Deadline for submission of papers

About 2 weeks after submission

December 9 2023

Registration Deadline

December 9-10, 2023

Date of the meeting

2023 International Conference on Power Electronics Modeling, Simulation and Computer Engineering (PEMCE 2023)

PEMCE 2023 will be held in Hohhot, China during December 9-10, 2023. These sessions will discuss various topics related to recent trends and advances in the smart grid, green energy, power electronics modeling, simulation and computer engineering sectors. In the past few years, the power electronics has been one of the main topics of research and development at the academic, industrial, commercial and government levels. The smart grid is expected to become the next generation grid for smart cities. It enables intelligent integration of traditional power generation, renewable energy generation, distributed generation, energy storage, transmission, distribution and demand management. The benefits of smart grid include enhanced reliability and resiliency, higher intelligence and optimized control, decentralized operations, higher operational efficiency, more efficient demand management and better power quality. However, all these forward-looking changes have brought countless challenges and opportunities.

We hope that these meetings and their proceedings will provide participants and readers with a great opportunity to explore the latest developments and future research directions on these topics. Invite authors to submit their contributions, which will be reviewed by a panel of eminent personalities who have made significant contributions in the conference area. In addition, potential participants are welcome to participate and have the opportunity to personally communicate with the author to gain an edge.