Power Electronics & Drives
Power Electronics & Drives
is contribution to
The Sustainable Development Goals
Goal 4: Quality Education:
To delve deeply into the role of electrical engineering in developing innovative technologies for e-learning platforms, thereby making education more accessible to marginalised communities through digital resources and online learning tools
To analyse research studies concerning the contributions of the field of electrical engineering, such as implementing smart grid systems and renewable energy solutions, to sustainable infrastructure development in underserved areas, ensuring reliable power supply for educational institutions and promotes equitable access to quality education.
Goal 7: Affordable and Clean Energy:
To understand the pivotal role of electrical engineering in advancing affordable and clean energy solutions through the development of renewable energy technologies such as solar panels, wind turbines, and energy storage systems
To conduct research studies on how innovations in electrical engineering are implementing sustainable power generation methods, contributing to the transition towards a more environmentally friendly and economically viable energy sector.
Goal 9: Industry, Innovation, and Infrastructure:
Explore the transformative role of electrical engineering in advancing sustainable infrastructure development, harnessing digital technologies to foster resilient and eco-friendly solutions.
Delve into the pivotal contributions of electrical engineering and its impact on Sustainable Industrialization, catalysing innovative shifts within industrial practices through revolutionary advancements in industrial methodologies.
Goal 17: Partnerships for the Goals:
Investigate the transformative potential of advancements and applications in Electrical Power Systems in fostering Effective, Accountable, and Inclusive Institutions, thereby significantly advancing Sustainable Development goals within its realm
Conduct a thorough examination of the research landscape surrounding advancements and applications in Electrical Power Systems, with a focus on promoting inclusive and peaceful societies while ensuring sustainability, prosperity, and peace for future generations.
Who Can Join
Research Scholars
Technology Experts
Students & Alumini’s
Editorial Board Members of Journals
Government Officials
Industry Professionals
Power Electronics & Drives
Tracks
1 Power devices and components
2 Sensors
3 Integration and packaging
4 Control in power electronics
5 Low and high-power converters (inverters, converters, controlled and uncontrolled rectifiers)
6 Control algorithms and techniques applied to power electronics
7 FACTS, PFC, STATCOM
8 Pulse width modulation
9 Space vector machine
10 Harmonic analysis and compensations
11 Switching circuits and power converters
12 Electromagnetic and thermal performance of electronic power converters and inverters
13 Power quality control and utility applications
14 Renewable energy
15 Electric machines
16 Modeling, simulation, analysis, design and implementations of the application of power circuit components
Key Themes
- Participation in conference sessions centred on Power electronics and Drives, particularly focusing on power devices and components, offers a myriad of benefits for participants, researchers, and students alike. These sessions serve as invaluable platforms for delving into the intricate details of power electronics, fostering an environment conducive to knowledge exchange, innovation, and collaboration.
- Exploring topics such as "Power Devices and Components" and "Integration and Packaging" provides attendees with comprehensive insights into the latest advancements in power electronics technology. Participants gain a deep understanding of the design, functionality, and performance characteristics of essential components such as transistors, diodes, and integrated circuits, empowering them to drive innovation and efficiency in electronic power systems.
- Sessions on "Control in Power Electronics" and "Control Algorithms and Techniques" delve into the intricacies of power electronics control methodologies, offering attendees opportunities to explore advanced algorithms and techniques for achieving precise regulation and optimization of power converters. Researchers can delve into topics such as pulse width modulation, space vector machines, and harmonic analysis, advancing the state-of-the-art in control strategies for power electronics applications.
- Furthermore, discussions on "Renewable Energy" and "Electric Machines" shed light on the intersection of power electronics and sustainable energy solutions. Participants gain insights into the integration of renewable energy sources such as solar, wind, and hydroelectric power into the grid, as well as the design and optimisation of electric machines for efficient energy conversion. By actively participating in these sessions, attendees contribute to the development of innovative technologies and strategies for addressing global energy challenges and advancing the transition towards a more sustainable future.
- In summary, conference sessions focusing on power electronics offer a wealth of opportunities for participants, researchers, and students to deepen their understanding, expand their knowledge, and drive innovation in the field. By engaging with cutting-edge research, emerging technologies, and industry trends, attendees contribute to a vibrant ecosystem of innovation and progress, shaping the future of electrical engineering and its myriad applications in power systems and beyond.
Evaluation Process
- IFERP ensures a timely and fair review process for abstracts submitted to ICASET- 2024, despite a large volume of submissions.
- Within 2-3 days of the abstract submission, a double-blind peer review process is conducted by the scientific review committee.
- Authors will receive the results of the abstract review within 2-4 days of submission.
- Notices of paper acceptance or rejection, along with reviewer comments, will be sent to the author.
- If revisions are required, authors must submit amended abstracts within a week.
- Rejected manuscripts will include reviewer suggestions to aid authors in improving their studies.
Scope & Benefits of Attending ICASET-2024 conference
Discover Attending the International Conference on Advances in Science, Engineering & Technology (ICASET-2024) promises an enriching experience for professionals, researchers, and enthusiasts alike. With a diverse array of sessions covering various disciplines, this conference offers a comprehensive platform to delve into the latest advancements and trends shaping the future of science, engineering, and technology.
Benefits
of
Attending ICASET-2024
- The sessions on Electrical Engineering provide invaluable insights into the innovative developments driving the field forward. From cutting-edge research in power systems to emerging trends in renewable energy, attendees can expect to gain a deeper understanding of the complexities and opportunities within this dynamic discipline.
- Power Electronics & Drives is another focal point of the conference, offering attendees the opportunity to explore advancements in power conversion, control techniques, and drive systems. With sessions dedicated to topics such as electric vehicles, renewable energy integration, and smart grid technologies, participants can discover the transformative potential of power electronics in shaping a sustainable future.
- Computer Science & Informatics sessions at ICASET-2024 provide a platform for researchers and practitioners to exchange ideas and insights into the latest developments in computing technologies, artificial intelligence, data science, and more. From algorithmic innovations to practical applications in various industries, attendees can gain valuable knowledge and networking opportunities in this rapidly evolving field.
- For those interested in Electronics & Communication Engineering, the conference offers a forum to explore advancements in communication systems, signal processing, and semiconductor technologies. With sessions covering topics such as 5G networks, IoT applications, and wireless sensor networks, participants can stay abreast of the latest trends and innovations driving connectivity and communication.
- Mechanical Engineering enthusiasts will find a wealth of opportunities to engage with peers and experts in sessions covering topics such as advanced materials, robotics, and thermal systems. From exploring the latest research in additive manufacturing to discussing advancements in automotive engineering, attendees can broaden their horizons and gain fresh perspectives on the future of mechanical engineering.
- Civil Engineering sessions at ICASET-2024 offer a platform to explore advancements in infrastructure development, sustainable construction practices, and urban planning. From seismic retrofitting to smart city initiatives, participants can gain insights into the latest trends and technologies shaping the built environment and infrastructure resilience.
- Lastly, the Applied Science & Basic Science sessions provide a foundational understanding of scientific principles and their practical applications across various disciplines. From fundamental research in physics and chemistry to interdisciplinary studies bridging the gap between science and engineering, attendees can explore the diverse facets of applied and basic sciences and their impact on technology and society.
- In summary, attending ICASET-2024 offers a unique opportunity to immerse oneself in the latest advancements and trends across multiple disciplines, gain insights from experts, and forge valuable connections with peers. Whether you're a seasoned professional, researcher, or student, this conference promises to be a transformative experience that will broaden your horizons and propel your career forward.
Author Guidelines
Guidelines for Abstract Submission:
- Language: Abstracts must be written in English.
- Length: Limited to one paragraph with 200-250 words.
- Format: Submit in MS Word (.doc or .docx) document format.
- Content: Abstracts should provide an informative summary of the original work. Include a brief biography with your abstract, following the example provided in the template.
- Formatting: Center-align the Title, Author's Names, and Affiliations. Underline the presenting author's name.
- Submission: Please submit your abstract through the designated submission portal.
- Acknowledgment: Upon abstract submission, you will receive an acknowledgment email within three working days.
Evaluation Process
Guidelines for Full Paper Submission
If your abstract has been accepted and the registration fee for ICASET-2024 has been paid, you are invited to submit the full paper. Please adhere to the following guidelines for the submission:
- Total number of pages: 6-8 in double-column format
- Language: English (checked for grammar and language errors)
- Tables, figures, and images should be properly named and of high quality.
- Keywords should be written in lowercase letters (except for names/scientific names) and separated by commas.
- Affiliation names, including the country, must be provided.
- Each paper should be structured into the following sections:
- Background, Motivation, and Objective
- Statement of Contribution/Methods
- Results, Discussions, and Conclusions
Once your full paper is prepared according to the above instructions, please proceed to submit it through the provided link. Submit your Full paper Here.
Session Lists
PEER-REVIEWED GOOGLE SCHOLAR INDEXED JOURNAL
Technoarete Transactions on Renewable Energy, Green Energy and Sustainability
ISSN: 2583-1968
