Javascript must be enabled to continue!
Charging Stations and Electromobility Development: A Cross-Country Comparative Analysis
View through CrossRef
The Industry 4.0 idea influences the development of both charging stations and electromobility development, due to its emphasis on device communication, cooperation, and proximity. Therefore, in electromobility development, growing attention is paid to chargers’ infrastructure density and automotive electric vehicles’ accessibility. The main goal of this scientific paper was to present the electromobility development represented in the number of charging stations and its infrastructure development calculations. In this study, the sequence of methods was used to indicate and explore the research gap. The first was the Structured Literature Review (SLR) variation method. The second method was the classical tabular comparison of gathered results. The third research method was a cluster analysis based on secondary data with cross-country comparisons of the number of charging stations and electric cars. Therefore, this paper presents a theoretical discussion and practical business implications based on the achieved results of clusters and rankings. The main finding of this paper is that charging stations play a pivotal role in electromobility development in countries with already developed road infrastructure and maritime transportation. The charging stations can support energetic infrastructure, especially in countries with vast geographical distances. The charging stations and electric vehicles statistics presented in ratios and ranks proved similarities in the electromobility development patterns in the analyzed countries. This paper also presents the limitations of the performed study and identifies possible future research avenues.
Title: Charging Stations and Electromobility Development: A Cross-Country Comparative Analysis
Description:
The Industry 4.
0 idea influences the development of both charging stations and electromobility development, due to its emphasis on device communication, cooperation, and proximity.
Therefore, in electromobility development, growing attention is paid to chargers’ infrastructure density and automotive electric vehicles’ accessibility.
The main goal of this scientific paper was to present the electromobility development represented in the number of charging stations and its infrastructure development calculations.
In this study, the sequence of methods was used to indicate and explore the research gap.
The first was the Structured Literature Review (SLR) variation method.
The second method was the classical tabular comparison of gathered results.
The third research method was a cluster analysis based on secondary data with cross-country comparisons of the number of charging stations and electric cars.
Therefore, this paper presents a theoretical discussion and practical business implications based on the achieved results of clusters and rankings.
The main finding of this paper is that charging stations play a pivotal role in electromobility development in countries with already developed road infrastructure and maritime transportation.
The charging stations can support energetic infrastructure, especially in countries with vast geographical distances.
The charging stations and electric vehicles statistics presented in ratios and ranks proved similarities in the electromobility development patterns in the analyzed countries.
This paper also presents the limitations of the performed study and identifies possible future research avenues.
Related Results
Primerjalna književnost na prelomu tisočletja
Primerjalna književnost na prelomu tisočletja
In a comprehensive and at times critical manner, this volume seeks to shed light on the development of events in Western (i.e., European and North American) comparative literature ...
IoT-Based Intelligent Charging System for Kayoola EVs Buses at Kiira Motors Corporation in Uganda
IoT-Based Intelligent Charging System for Kayoola EVs Buses at Kiira Motors Corporation in Uganda
Abstract
The increasing popularity of Electric Vehicles (EVs) has led to a surge in the need for charging stations in Kayoola EV buses. Most of existing EV charging station...
A Comprehensive Analysis of Power Electromobility: Challenges from a PESTLE Perspective
A Comprehensive Analysis of Power Electromobility: Challenges from a PESTLE Perspective
This study analyses aspects related to the electromobility transition. Emerging technologies have enabled the production and commercialisation of electric vehicles to reduce pollut...
Power System Impacts of Electric Vehicle Charging Strategies
Power System Impacts of Electric Vehicle Charging Strategies
This article explores the potential impacts of integrating electric vehicles (EVs) and variable renewable energy (VRE) on power system operation. EVs and VRE are integrated in a pr...
A Tokenized Ethereum-Based EV Smart Charging System with Time and Power Flexibility
A Tokenized Ethereum-Based EV Smart Charging System with Time and Power Flexibility
Abstract
With the increasing use of electric vehicles (EVs), the capacity of the electrical grid is being stressed due to high demand of power and probable overloading over...
EV Charging Stations Management System using Al Chatbot
EV Charging Stations Management System using Al Chatbot
The rapid adoption of electric vehicles (EVs) has led to a growing demand for efficient EV charging station management around the world. Operated by Natural Language Processing (NL...
Determining the Optimum Location for Charging Stations Based on Voltage Stability in the Microgrid
Determining the Optimum Location for Charging Stations Based on Voltage Stability in the Microgrid
The paper presents the investigation into determining suitable locations for electric vehicle charging stations within the Microgrid 16-Bus system based on the objective of conside...
Electric Vehicles Charging Services Perspectives and Challenges
Electric Vehicles Charging Services Perspectives and Challenges
Abstract
The year 2023 marked another breakthrough in electromobility. Customers accept electric powertrain; sales of battery electric vehicles and plug-in hybrid ve...

