Due to the increasing need to accumulate electricity, hybrid energy storage systems (HESS) have become very common in recent years in various applications, from electric vehicles (EVs) to smart grids and renewable energy.

This paper presents a novel approach for a predictive and flexible response to dynamically shifting needs in the circular economy chain, contributing to what shall be in future an Advanced Circular Economy System

This paper introduces user business models to the literature on ecopreneurship and explores their contribution to environmental sustainability. Renewable e-mobility is identified as an appropriate application. The research methodology consists of two steps: A document analysis for developing a typology of ecopreneurs with user business models, and an in-depth case study analysis.  

This paper briefly illustrates e-mobility history and Indian global e-mobility patterns. The paper analyses some of the key challenges that are present today with regard to the adoption of electric vehicles for the different vehicle segments.

New mobility services based on the sharing economy are emerging. New mobility solutions must address the challenges of urban development, requiring smart, safe, dynamic and flexible transport alternatives, in order to be regarded as valid alternatives to the existing common means of transport.

All over the world, both the energy and transport sector are in a process of change. This paper present a novel approach of coordinating battery electric vehicle charging processes as an ancillary service for the grid.

This paper deals with modeling the behaviour of the consumer based on international statistics and its application to the probabilistic model itself.

In this paper, the authors have devised a method that will help Electric Vehicle users planning long distance trips get routes that are optimal and get an estimate time needed to complete the trip.

In this paper a new designed test bench for an entire EV with an integrated inductive charging system is presented. Especially the testing of misalignment and the consideration of the vehicles underfloor can be realized very easy.

In this paper the authors introduce a new approach to identify and analyze legal conflicts based on a business model or plan against existing laws. The intention is that an early awareness of critical legal aspect could enable an early adoption of the planned service to ensure its legality.