eTransportation
Scope & Guideline
Connecting Ideas for the Next Generation of Mobility
Introduction
Aims and Scopes
- Electric Vehicle Technologies:
Researching advancements in electric vehicle technologies, including battery systems, fuel cells, and hybrid systems to improve efficiency, performance, and safety. - Battery Management and Safety:
Focusing on battery management systems, state-of-health estimation, thermal management, and safety mechanisms to enhance the reliability and lifespan of battery systems. - Energy Management and Optimization:
Exploring energy management strategies for electric vehicles, including vehicle-to-grid (V2G) interactions, charging infrastructure planning, and energy optimization in multi-modal transport systems. - Environmental Impact and Sustainability:
Investigating the environmental implications of electric transportation, including lifecycle assessments, recycling of batteries, and integration of renewable energy sources. - Advanced Materials and Design:
Researching new materials and design methodologies for battery technologies, including solid-state batteries, novel electrolytes, and advanced cooling systems. - Modeling and Simulation:
Employing advanced modeling and simulation techniques to understand and predict the behavior of electric vehicle systems, including thermal dynamics, electrochemical processes, and mechanical interactions.
Trending and Emerging
- Smart Charging Solutions and Infrastructure:
There is a growing focus on smart charging solutions that optimize charging times and energy distribution, incorporating AI and machine learning for improved efficiency and grid integration. - Battery Second-Life Applications:
Research on the second-life applications of batteries, particularly retired lithium-ion batteries for energy storage systems, is gaining attention as a strategy for sustainability and resource management. - Hydrogen Fuel Cell Technologies:
The exploration of hydrogen fuel cells as a viable alternative to conventional batteries for electric vehicles is trending, particularly for their potential in long-range transportation and heavy-duty applications. - Safety and Reliability in Battery Systems:
An increasing emphasis on safety and reliability mechanisms in battery systems, including thermal runaway prevention and fire suppression strategies, is emerging as critical due to the growing prevalence of electric vehicles. - Integration of Renewable Energy Sources:
Research focusing on the integration of renewable energy sources with electric transportation systems, including vehicle-to-grid solutions and smart grid technologies, is becoming more prominent.
Declining or Waning
- Traditional Internal Combustion Engine Technologies:
As electric vehicles gain traction, research focused on traditional internal combustion engines and their optimization is becoming less prevalent in the journal. - Basic Battery Chemistry Studies:
Research that primarily focuses on basic battery chemistry without practical applications or advancements in technology is decreasing as the field moves towards more applied and innovative approaches. - Single-Use Battery Applications:
The exploration of non-recyclable, single-use battery applications is declining in favor of sustainable and circular economy approaches that focus on battery reuse and recycling. - Generalized Energy Storage Solutions:
Research on generalized energy storage solutions without specific applications to electric vehicles or transportation systems is waning as the journal emphasizes targeted advancements in electric mobility. - Non-Electric Transportation Systems:
The focus on non-electric transportation systems, such as traditional rail or gas-powered vehicles, is diminishing as the journal increasingly centers on electric and hybrid systems.
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