SGRES-2021: Smart Grids with Renewable Energy Systems, Electric Vehicles and Energy Storage Systems |
Submission link | https://easychair.org/conferences/?conf=sgres2021 |
SGRES-2021 is a CAll FOR BOOK CHAPTER.
Submission Guidelines
All book chapters must be original and not simultaneously submitted for publication/consideration in any another book, journal or conference.
Interested authors may submit Abstract (in around 500-1000 words) along with title of chapter, authors details and affiliations through easychair.
List of Topics
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Chapter-1: Smart grids: sources of intimidations, challenges and issues in implementation
- Smart grid: evolution and extant trends in development & implementation
- Key challenges in existing electric grids and next-generation electric grid
- Smart grid’ architectures: overview and guidelines for practical implementations and operation
- Classification of source of major threats: security, technical and non-technical, infrastructural and environmental security threats
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Chapter-2: Smart grids and communication systems: architectures framework, technical solutions and research challenges
- Design principles and structure of modern smart grids
- Smart grid applications: Wide-area situational awareness (WASA), Energy management systems (EMS), Demand response (DR), Smart grid standardization exertions
- Smart grids: reference model of communication systems: system requirements, technologies and global standards, protocols and middleware platforms
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Chapter-3: Enhancing smart grids with combined virtual power plants (VPPs): Trends and convergence
- Virtual Power Plants (VPPs) overview, architecture and infrastructure
- VPPs and stochastic nature of DERs
- Collaborative network
- VPP: aggregation, management, market, security, implementation stages, policies and roadmap
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Chapter-4: Smart grid architectures, applications, benefits and standardization measures
- Smart grid network architecture: neighborhood area network, field area network, workforce mobile network
- Smart grid global standardization
- Smart grid appications and requirements
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Chapter-5: Penetration of electric vehicles in smart grid: technologies options, Infrastructure, methods, Impacts and challenges
- EVs technologies options (V2G, PEVs HEV etc.), current status and trends
- Infrastructure and technology implementation
- Electric vehicles, historic timeline, EV types
- EVs and the smart grid, innovations in the power industry to make grids smarter
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Chapter-6: Electric vehicles in smart grid: technical aspects in battery charging and degradation, modelling and optimization methods
- V2G, PEVs, HEV etc. concept and framework,
- Grid interactive electric vehicles
- Charging infrastructure
- IT enabled battery swapping and centralized bulk charging
- Charging standards
- Battery degradation modeling
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Chapter-7: Electric vehicles to smart grid and RESs interaction
- Rise of renewables and incorporation with EVs and smart grid: recent lessons
- EVs, electric grid and RES architecture
- EV smart charging and advanced metering and control network infrastructure
- PV solar, wind energy with EVs
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Chapter-8: Electric vehicles, smart grid and energy storage system
- Energy storage: possible technologies and their status
- Suitable storage technologies for EVs usage
- Impacts: technical, non-technical, and economical on smart grid
- Methods of incorporation of all
- Predicted model and architcture
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Chapter-9: Architectural model of future smart grid with RES, EVs and storage system
- Energy functıons of smart grid components
- Smart device interface components
- Advanced forecasting
- Smart device interface components
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Chapter-10: Smart grid with RES, EVs and storage systems: operational and economical aspects
- Combined operation: best practices and major issues
- Operational: guidelines and standardization
- Operational parameters: modelling aspects, major driver, and technical parameters like power flow and energy management issues
- Maximizing RESs utilization
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Chapter-11: Smart grid with large scale integration of RES, EVs and storage Systems: open issues
- Large scale RESs integration into the smart grid
- Impacts and challenges context to large penetration
- Large RESs and EVs utilization for RESs interaction
- Feasibility of large integration that supporting RESs interaction
Committees
Editors
- Dr. Rajkumar Viral, Amity University Uttar Pradesh, Noida, U.P., India
- Dr. Anuradha Tomar, Eindhoven University of Technology, The Netherlands.
- Dr. Divya Asija, Amity University Uttar Pradesh, Noida, U.P., India.
- Dr. U. Mohan Rao, University of Quebec in Chicoutimi, Chicoutimi, Canada
- Dr. Adil Sarwar, Aligarh Muslim University, Aligrah, U.P. India
Publication
SGRES-2021 is call for book chapters and would be published in- CRC Press, Taylor & Francis Group, U.K.
Contact
All questions about submissions should be emailed to rviral@amity.edu, dasija@amity.edu, eranu28@gmail.com, mohan13.nith@gmail.com, adil.sarwar@zhcet.ac.in