Elsevier-RMRE-2021: Elsevier - Residential Microgrids and Rural Electrifications |
Website | http://www.et.aau.dk |
Submission link | https://easychair.org/conferences/?conf=rmre2021 |
Abstract registration deadline | January 15, 2021 |
Submission deadline | February 15, 2021 |
Call for Elsevier Publication Book Chapter
"Residential Microgrids and Rural Electrifications - RMRE-2021"
Scope of the Book
A microgrid provides the uninterruptable power supply to the connected loads in both grid-connected mode and standalone mode. The reliability of the microgrid depends on the system design, including power and energy sources, microgrid controllers, power and energy management, etc. This book can be the authoritative reference source for identifying and applying fundamental concepts of microgrids with case studies that will be useful for students, researchers, electrical contractors, consultants and design engineers and policymakers for designing the reliable microgrids for residential systems and rural electrifications.
Brief Description:
Microgrids (MGs) are widely emerging area because of high reliability and suitable for any locations and any applications with or without the electric power grid. Presently, there are many resources available for microgrids for commercial systems. Resources for microgrids in residential systems and rural electrifications are not enough to cater to user demands. This book is an easy tool to understand the approaches for studying various aspects of microgrids in residential systems and presents rural electrifications in this book. The overview of microgrids architecture, load assessments, designing of microgrids for residential systems and rural electrifications are presented to help the readers to understand the fundamentals of microgrids. Add many examples and practical case studies to enhance and reinforce learning objective goals.
The proposed book focus to get chapter contains many new topics in home automation, application of IoT for microgrids monitoring and control, Electric Vehicles (EVs) charging infrastructure for microgrids in residential systems and rural electrifications, estimating the energy and cost of various combination of energy resource. Article are invited for the book, which stimulates and enhances the understanding of adopting the recent technologies to microgrids.
Book articles are highly encouraged in the following classification.
- EVs charging infrastructure requirements for both home-based slow-and fast-charging in public infrastructure are explained with case studies.
- Application - emerging technology of IoT in microgrids - easy monitoring and control.
- Simulation examples of various combinations of sources are performed using HOMER package. Readers will perform the energy and cost of various combinations of energy sources by using this advanced real simulation tools.
- Adopt the recent trends like artificial intelligent techniques application to microgrids for improving reliability.
Topics of Book Chapters - Not Limited too:
- Overview of various microgrid concepts for residential systems and rural electrifications: Overview of various concepts and/or architectures of a microgrid for residential systems and rural electrifications - hybrid microgrids - microgrid standards, load assessments - designing of microgrid systems - importance and accuracy -reliable microgrid design and operation, etc.
- Sources of a microgrid for residential systems and rural electrification: The sources of microgrids: solar PV systems - wind energy conversion system - biogas or biodiesel - fuel cells - diesel generators, etc.
- Battery energy storage systems for residential systems and rural electrifications: Energy storage - power and energy management - microgrids operation and control - techno-commercial review of various battery chemistries - microgrid systems for residential and rural electrification, etc.
- Power and energy management for microgrids in residential systems and rural electrifications: Power outputs - RES intermittent, and managing the microgrid - reliable operation - various methods of power and energy management in microgrids, etc.
- Microgrid controllers for residential systems and rural electrifications: Microgrid controllers’ -the residential systems and rural electrifications.
- Internet of Things (IoT) for microgrids monitoring and control: IoT - monitoring and control of microgrids - the architecture of IoT for monitoring - the architecture of IoT for control - monitoring/measuring instruments, control functions, cost optimization etc.
- Design of microgrids for residential systems: Design of different types of microgrids for residential systems: AC microgrid, DC microgrid, hybrid microgrid with examples, etc.
- Design of microgrids for rural electrifications: Design of different types of microgrids for rural electrifications: AC microgrid, DC microgrid, hybrid microgrid with examples, etc.
- Electric vehicle charging infrastructure for microgrids: EVs – transportation - infrastructure requirements for charging residential systems (slow charging) and public charging infrastructure in rural electrification (fast charging), PSCAD simulation, etc.
- Planning of Microgrid for residential systems and rural electrifications in HOMER: HOMER is a software - estimate the energy and cost optimization from multiple energy resources - solar-wind, solar-diesel generator, wind-diesel generator, solar-wind-bio diesel, etc.
- Protections for residential and rural microgrids: Introduction – Challenges and architecture for residential and rural microgrids – various types of protections - examples, etc.
- Electrical safety for residential and rural microgrids: Importance of electrical safety – Grounding and bonding – Micro grid fault analysis – Fault mitigation methods, etc.
- Recent trends in microgrids: Recent trends - Home automation - Artificial Intelligent (AI) techniques in microgrids etc.
- Case studies of microgrids: Case studies of microgrids in residential systems: AC microgrid and DC microgrid, etc.
Submission Guidelines
Standard A4 size, 12 font, single line spacing
General comments to be amended for the book chapter submission to ensure quality and standard in preparation
1. et al. should be avoided, all authors' name should be written, and with cited references,
2. All figures with high quality and resolution with a minimum of 300 dpi ensured
3. All equation should be editable and use ms word equation editor tool available in 2016 or higher version
4. Subscript and superscript should be handled correctly in the paper.
5. Note theory and figure, equation all should be aligned in the same style for either italic or regular times new roman font.
6. Label inside the figure should be readable as the same font of theory. Usually in MS Visio fix, 22 font and use standard .tiff format for images and paste in word and all readable.
7. In theory, avoid citation paper authors name put the only number [1] etc.…….
8. Carefully perform a double-blind review to avoid spelling errors.
9. Use standard professional tools Microsoft Visio or edraw for making diagrams, circuits, figures etc.
Deadlines
Extended Abstract Submission - 15 January 2021
Full Book Chapter Submission - 15 February 2021
First Decision - 30 February 2021
Revised Book Chapter Submission - 15 March 2021
Final Submission Elsevier EMSS - 30 March 2021
Editors for the Book Chapter Edition
- Dr P. Sanjeevikumar, Center for Bioenergy and Green Engineering, Department of Energy Technology, Aalborg University, Esbjerg, Denmark.
- Prof. C. Sharmeela, Department of Electrical and Electronics Engineering, Anna University, Chennai, India.
- Mr P. Sivaraman, Leading Engineering Organization, Chennai, India
- Prof. Jens Bo Holm-Nielsen, Head of the Energy-Section, Center for Bioenergy and Green Engineering, Department of Energy Technology, Aalborg University, Esbjerg, Denmark
Publication
Elsevier - RMRE-2021 book chapters will be published in by Elsevier Inc. Publication 50 Hampshire Street, 5th Floor, Cambridge, MA 02139, USA
Contact
All questions about submissions should be emailed to
Sanjeevikumar P <san@et.aau.dk>,
Sivaraman P <sivaramanp@ieee.org>,
Sharmeela C <sharmeela@annauniv.edu>,
Jens Bo Holm-Nielsen <jhn@et.aau.dk>