This thesis attempts to address the major issues of load modelling, planning and impact analysis of Fast Charging Stations with renewable on the performance of distribution system.

This study conducts a learning rate analysis on electric vehicle retail prices in Germany between 2015 and 2020 to predict the point of purchase price parity between electric cars and comparable conventional vehicles in different market segments.

The main objective of this thesis is to study in detail the impact of scheduling strategies including different vehicle to grid (V2G) services available from EVs. Furthermore, the coordination of scheduling strategies with existing operative tools in distribution system is also studied.

This study examines whether the world's most mature electric vehicle (EV) market in Norway has overcome critical mass constraints and can achieve sustainable long-term equilibria without subsidies.

The study provides the results of scheduling under decentralized and centralized control in a multi-aggregator environment along with recommendations for applicability.

This case study uses the 5-step method from Ashby et al., 2015 to examine the sustainable development of an electric vehicle. The objectives, stakeholders, facts, analysis, and reflection of this engineering design challenges are examined.

Thoroughly updated to encompass the significant technological advances since the publication of the first edition, Electric and Hybrid Vehicles: Design Fundamentals, Second Edition presents the design fundamentals, component sizing, and systems interactions of alternative vehicles.

The Road to Zero Emissions is the comprehensive guide for those in the transport industry to understanding what can and is being done to tackle climate change.

The study identifies and recommends transformative policies that can help Ireland transition to sustainable transport systems that work for people and the planet.

From choosing the right cells to designing a battery pack and building it yourself, this book includes all the steps for building safe, effective custom lithium battery packs.