Final Papers
Driving the Transition to E-Mobility
Overview
Final papers are open access, free to download and published under a Creative Commons Attribution 4.0 International Public License.
For additional discoverability of their work in an indexed and citable format, authors may elect to have their final papers published by the Electric Drive Transportation Association in Zenodo, assigned a Digital Object Identifier (DOI) and curated in an open access EVS36 Community under a Creative Commons Attribution 4.0 International Public License. This publishing service is subject to an article processing fee of $250 USD. See below for EVS36 Publishing Policies and Terms of Service. EDTA encourages authors to visit the EVS33 Zenodo Community to view examples of EVS papers previously published by EDTA.
Select papers will be published in a special edition of the World Electric Vehicle Association Journal (WEVJ) (ISSN 2032-6653). This journal is an indexed, scholarly publication issued quarterly online by MDPI. The selection of these papers will be made by the WEVJ Editorial Board. Primary authors of selected papers will be notified directly by WEVA publishers in Fall 2023.
EVS36 Proceedings
EDTA will make the event proceedings, consisting of all final EVS36 papers, available in open access format and free to download at www.EVS36.com, no later than two (2) weeks following the event. If EDTA discontinues use of the current EVS36 website URL, the papers archive will be relocated to a site managed by EDTA. A public announcement with full details will be made on EDTA’s website in the case of archive relocation. Authors may withdraw their paper(s) from the proceedings archival process by emailing the EVS36 Secretariat at evs36secretariat@jpdl.com no later than June 12, 2023.
Zenodo Community Publishing Option (Subject to Article Processing Fee):
EDTA offers authors the option to have their final papers published in an indexed and citable format in Zenodo, an open access scholarly publication framework, developed under the European OpenAIRE program and operated by CERN. Final papers will be assigned a Digital Object Identifier (DOI) and curated in an open access EVS36 Community under a Creative Commons Attribution 4.0 International Public License. This publishing service is subject to a per-article processing fee of $250 USD and detailed in the below General Guidelines and Terms of Service below. To take advantage of this opportunity, authors must have submitted a final paper adhering to formatting guidelines to the EVS36 Secretariat and confirmed the additional Zenodo publishing option by completing payment by June 30, 2023.
Zenodo Community Publishing Policies and Terms of Service:
By completing payment of the article processing fee (per paper), EVS36 authors grant the Electric Drive Transportation Association permission to publish their final EVS36 peer reviewed work as an Open Access Conference Paper in an EVS36 Zenodo Community under a Creative Commons Attribution 4.0 International Public License. Under this license, authors retain copyright to their work, while allowing publications to be reused and redistributed in any medium or format, provided that the original author(s), EDTA and EVS36 are all properly and simultaneously attributed. Authors will ensure that their final paper is suitable for open dissemination and that it complies with applicable laws, including, but not limited to, privacy, data protection and intellectual property rights.
EDTA will begin publishing final EVS36 papers belonging to authors who have completed payment on July 1, 2023. Papers will be published individually and become immediately available for public access at the time of deposit. The EVS36 paper compilation in Zenodo will be completed and all final EVS36 papers will be discoverable no later than September 1, 2023.
When published, a persistent Digital Object Identifier (DOI) will be automatically generated by Zenodo and included in the record for each individual paper. Zenodo will provide DOIs to DataCite. DOIs cannot be changed once the final paper has been published. Records for final EVS36 papers will be indexed in OpenAIRE immediately upon deposit and harvested via the Open Archives Initiative Protocol for Metadata Harvesting (OAI-PMH) interface, as indicated by Zenodo policies.
The metadata sets to accompany each published record will include the following bibliographic information as it appears in the final paper: Title, Summary (description), Keywords (if applicable), and Author(s). The publication date for each paper in Zenodo will be generated automatically to correspond with the date of deposit.
Once deposited by EDTA, Zenodo policies mandate the document file (final paper) CANNOT be altered or revised. EDTA will alert lead authors via email when their paper has been deposited in Zenodo. Authors can obtain citation details by visiting the Zenodo site. The permanent URL for the entire EVS36 Zenodo Community is https://zenodo.org/communities/evs36/. Papers deposited by EDTA into the Zenodo archive will be retained for the lifetime of that repository.
Authors understand Zenodo General Policies, OpenAire Guidelines and agree to the Zenodo Terms of Use. Zenodo applies the FAIR principles to data management.
| Name | Presentation Title | Download Final Paper | ||
|---|---|---|---|---|
| Harm Weken | Mind the gap: Tuning the BEV incentives to specific market-segment and user needs, to bridge the final years until price-parity and TCO-advantages is reached market-wide | FinalPaper_Weken_Harm (1).pdf | ||
| Harm Weken | ‘Charging the electric truck fleet’ – Learnings from Dutch frontrunners in zero emission logistics | FinalPaper_Weken_Harm (2).pdf | ||
| Anna Wilkens | Reducing the environment impact of large battery systems with electric road systems | FinalPaper_Wilkens_Anna.pdf | ||
| Christian Will | Flexibility potential of smart charging of electric trucks and buses | FinalPaper_Will_Christian.pdf | ||
| Brett Williams | New York State’s Drive Clean rebate for electric vehicles: Measures of impact | FinalPaper_Williams_Brett (1).pdf | ||
| Brett Williams | Rebate influence on electric vehicle adoption in California | FinalPaper_Williams_Brett (2).pdf | ||
| Kevin Wood | Early evaluation results of charging programs and end-user behavior | FinalPaper_Wood_Kevin.pdf | ||
| Zhiwei Xue | Bidirectional wireless charging for electric vehicle network | FinalPaper_Xue_Zhiwei.pdf | ||
| Tengbo Yang | Qualitative comparison of axial-field magnetic-differential flux-reversal motors with and without permanent magnets | FinalPaper_Yang_Tengbo.pdf | ||
| Tang Yao | Charging station placement optimization using probability distribution and queueing model with time-varying arrival rate | FinalPaper_Yao_Tang.pdf | ||
| Kelly Yearick | Community impacts: Accessible electric vehicle carsharing programs | FinalPaper_Yearick_Kelly.pdf | ||
| Sunghoon Yu | Disturbance observer based traction control in hybrid electric vehicles | FinalPaper_Yu_Sunghoon.pdf | ||
| Nikita Zaiko | E-Charge: System demonstration of long-haul battery electric trucks | FinalPaper_Zaiko_Nikita.pdf | ||
| Xia Zeng | Performance diagnostics in photovoltaic-lithium-battery installations using inconsistent field data | FinalPaper_Zeng_Xia (1).pdf | ||
| Xia Zeng | Novel sensing techniques for lithium-ion battery modeling and states estimation | FinalPaper_Zeng_Xia (2).pdf | ||
| Allan Zhao | Coming of age: Understanding electric vehicle (EV) use over time via used vehicle market data | FinalPaper_Zhao_Allan.pdf | ||
| Claire Sugihara | Assessing actor inputs to fleet electrification in the medium and heavy-duty freight sector | FinalPaper_Sugihara_Claire.pdf | ||
| Katrina Sutton | Charging management strategies: Techniques to increase charger utilization and reduce congestion | FinalPaper_Sutton_Katrina.pdf | ||
| Daisuke Takahashi | CHAdeMO EPAC Project: DC charging standard for Electrically Power Assisted Cycles (EPACs) | FinalPaper_Takahashi_Daisuke.pdf | ||
| Alexander Tankou | Understanding the techno-economic feasibility of electric vehicle battery reuse and recycling | FinalPaper_Tankou_Alexander.pdf | ||
| Hanif Tayarani | Using machine learning models to forecast electric vehicle destination and charging event | FinalPaper_Tayarani_Hanif (1).pdf | ||
| Hanif Tayarani | Battery chemistry choices by OEMs: Implications for future EV transitions | FinalPaper_Tayarani_Hanif (2).pdf | ||
| Floris Teunissen | Demonstrating the business case and lessons learned for lightweighting EV components through a circular economy approach | FinalPaper_Teunissen_Floris.pdf | ||
| Mary Till | Utility project case studies in fleet electrification | FinalPaper_Till_Mary.pdf | ||
| Todd Trauman | Clean fuel programs’ role in advancing the electrification revolution | FinalPaper_Trauman_Todd.pdf | ||
| Ona Van den bergh | Locating charging stations for shared autonomous electric vehicles with V2G operations in Brussels | FinalPaper_Van den bergh_Ona.pdf | ||
| Peter Van den Bossche | The private charger — local charging station management from different perspectives | FinalPaper_Van den Bossche_Peter.pdf | ||
| Nikolaas Van den Steen | How cost competitive is a speed pedelec really? | FinalPaper_Van den Steen_Nikolaas.pdf | ||
| Gilles Van Kriekinge | Real-world implementation of smart charging: Challenges and lesson learned | FinalPaper_Van Kriekinge_Gilles.pdf | ||
| Dennis Verbist | Meet the Belgian e-driver 2022 | FinalPaper_Verbist_Dennis.pdf | ||
| James Vickery | UK ZEV mandate – A world-leading regulatory framework to drive supply and consumer confidence | FinalPaper_Vickery_James.pdf | ||
| Ram Vijayagopal | Impact of U.S. DOE Vehicle Technologies Progress In Technoeconomic Feasibility of Future Electrified Vehicles | FinalPaper_Vijayagopal_Ram (2).pdf | ||
| Ram Vijayagopal | Impact of technology progress and design choices on the techno economic feasibility of electric vehicles | FinalPaper_Vijayagopal_Ram (1).pdf | ||
| Hermann von Kleist | Improving battery lifespan and service trip reliability of EVs in public transport by learning energy consumption | FinalPaper_von Kleist_Hermann.pdf | ||
| Josey Wardle | Developing the opportunity for V2X bidirectional charging in the UK | FinalPaper_Wardle_Josey.pdf | ||
| Simon Weekx | One charging station is not the other: spatial-temporal analysis of public charging stations | FinalPaper_Weekx_Simon.pdf | ||
| Jéssica Santos Döhler | Analysis of charging and discharging of electric vehicles | FinalPaper_Santos Döhler_Jéssica.pdf | ||
| Kelaja Schert | Leveraging energy flexibility with EVs | FinalPaper_Schert_Kelaja.pdf | ||
| Michael Schlick | Assessing the future hydrogen demand in the mobility sector for the Ulm region in southern Germany | FinalPaper_Schlick_Michael.pdf | ||
| Norbert Schreier | Acceptance of e-motorcycles: A longitudinal study based on a survey of motorcyclists at the motorcyclist meeting point “Loewensteiner Platte” in South Germany | FinalPaper_Schreier_Norbert.pdf | ||
| Lukas Schriewer | Smart charging: Status, drivers & obstacles to integrate EVs into the electricity grid in the EU | FinalPaper_Schriewer_Lukas (2).pdf | ||
| Lukas Schriewer | Importance of interoperability for a seamless EV charging experience | FinalPaper_Schriewer_Lukas (1).pdf | ||
| Patrick Schutzeich | A predictive cabin conditioning strategy for battery electric vehicles | FinalPaper_Schutzeich_Patrick.pdf | ||
| Nick Shaw | Accelerating the transition – how the UK and Canada are delivering the demand, supply and infrastructure for electric vehicles | FinalPaper_Shaw_Nick_Cobb_Zoiey.pdf | ||
| Nick Shaw | Exploring hydrogen’s role in decarbonising the UK’s transport system | FinalPaper_Shaw_Nick (1).pdf | ||
| Nick Shaw | Electrification and Hydrogen – identifying the technology solution for decarbonising the UK’s road freight fleet | FinalPaper_Shaw_Nick (2).pdf | ||
| Jafar Shayan | Deep multi-task learning for smart electrical vehicle charging | FinalPaper_Shayan_Jafar.pdf | ||
| Gabriel Shenhar | How temperature affects electric vehicle range: On road testing results with four BEVs | FinalPaper_Shenhar_Gabriel.pdf | ||
| Chaoran Si | Optimal vehicle routing and energy scheduling in wireless electric vehicle energy network via reinforcement learning approach | FinalPaper_Si_Chaoran.pdf | ||
| Mark Simon | Infrastructure challenges in a dense urban setting | |||
| Pete Slowik | Assessment of light-duty electric vehicle costs and consumer benefits in the United States in the 2022-2035 time frame | FinalPaper_Slowik_Pete.pdf | ||
| Nicolas Sockeel | Validation of a EV load shape tool calculating the grid power to support EVs | FinalPaper_Sockeel_Nicolas.pdf | ||
| Daniel Speth | Modelling a capacity-constrained public charging infrastructure network for electric trucks in Germany | FinalPaper_Speth_Daniel.pdf | ||
| Annegret Stephan | Smart charging in Germany: Acceptance and tariff design | FinalPaper_Stephan_Annegret.pdf | ||
| Daniel Stetter | BANULA – A novel DLT based approach for EV charging with high level of user comfort and role specific data transparency for all parties involved | FinalPaper_Stetter_Daniel.pdf | ||
| Alex Stonich | Reducing costs, speeding deployment, and increasing quality of EV charging installations | FinalPaper_Stonich_Alex.pdf | ||
| Hans Pohl | Battery research and innovation – a study of patents and papers | FinalPaper_Pohl_Hans.pdf | ||
| Sam Pournazeri | Quantifying the environmental justice impacts of zero-emission vehicles | FinalPaper_Pournazeri_Sam.pdf | ||
| Ewan Pritchard | Evaluating electric vehicle public charging utilization in the United States using the EV WATTS dataset | FinalPaper_Pritchard_Ewan.pdf | ||
| Ben Prochazka | Cities and electric vehicle readiness policy | FinalPaper_Prochazka_Ben.pdf | ||
| Amber Putignano | Charge planning for grocery distribution | FinalPaper_Putignano_Amber.pdf | ||
| Yin Qiu | Real-world energy efficiency analysis and implications: medium-duty and heavy-duty EV deployments across the US | FinalPaper_Qiu_Yin_Dobbelaere_Cristina.pdf | ||
| Angelina Rahimi | Powering e-mobility hubs in underserved communities: Lessons learned | FinalPaper_Rahimi_Angelina.pdf | ||
| Trisha Ramadoss | A household-level EV adoption model for California using spatial microsimulation | FinalPaper_Ramadoss_Trisha.pdf | ||
| Aditya Ramji | Bridging demand and supply: Investigating US EV production and financing the transition | FinalPaper_Ramji_Aditya.pdf | ||
| Aditya Ramji | India-led electric two-wheeler transitions in the global South | FinalPaper_Ramji_Aditya_Chandra_Minal.pdf | ||
| Aditya Ramji | Lessons from California ZEV policy: Transition pathways for India | |||
| Mikaela Ranta | Modular and scalable powertrain for multipurpose light electric vehicles | FinalPaper_Ranta_Mikaela.pdf | ||
| Hajo Ribberink | Supporting EV adoption through EV hotspots analysis | FinalPaper_Ribberink_Hajo (1).pdf | ||
| Hajo Ribberink | Optimization of H2 supply and refuelling infrastructure for long haul trucks | FinalPaper_Ribberink_Hajo (2).pdf | ||
| Alina Richter | How hydrogen & fuel cell technologies evolve Baden-Württemberg’s’ automotive sector | FinalPaper_Richter_Alina.pdf | ||
| Anya Robinson | Heterogeneity of electric vehicle ownership across rural California | FinalPaper_Robinson_Anya.pdf | ||
| Marcy Rood | Clean cities: A model for clean transportation deployment spanning three decades | FinalPaper_Rood_Marcy.pdf | ||
| Milan Rosina | To achieve a longer vehicle driving range: Think beyond just a battery capacity increase | FinalPaper_Rosina_Milan.pdf | ||
| Manuel Ruppert | Impact of V2G flexibility on congestion management in the German transmission grid | FinalPaper_Ruppert_Manuel.pdf | ||
| Angela Sanguinetti | Electrifying ridehailing: A cross-sector research agenda | FinalPaper_Sanguinetti_Angela.pdf | ||
| Chloe Livingstone | Electric vehicles: Leading the way on public EV charging infrastructure | FinalPaper_Livingstone_Chloe (2).pdf | ||
| Aaron Loiselle-Lapointe | Effects of bi-directional charging on the energy and range of a 2018 model year battery electric vehicle | FinalPaper_Loiselle-Lapointe_Aaron.pdf | ||
| Michael Lumbley | The future of public DCFC infrastructure | FinalPaper_Lumbley_Michael.pdf | ||
| Pamela MacDougall | Solving the charging challenge for commercial electric fleets | FinalPaper_MacDougall_Pamela_Kailas_Aravind.pdf | ||
| Kazuya Maita | Optimization of fuel cell output and traction battery capacity for a small fuel cell bus | FinalPaper_Maita_Kazuya.pdf | ||
| James Mater | Standardizing V2G: A critical factor in decarbonization | FinalPaper_Mater_James.pdf | ||
| Marie McNamara | Inflation Reduction Act – What it means for EV adoption in the US | FinalPaper_McNamara_Marie_Lakhina_Pranav.pdf | ||
| James Miller | International cooperation under the Hybrid & Electric Vehicle Technology Collaboration Program | FinalPaper_Miller_James.pdf | ||
| Subra Narayan | Fire safety in e-Mobility | FinalPaper_Narayan_Subra.pdf | ||
| Makuochukwu Okoma | The impact of electric vehicle charging stations on light duty electric vehicle adoption and rebates California. | FinalPaper_Okoma_Makuochukwu.pdf | ||
| Linda Olofsson | System perspective for large scale implementation of electromobility- The Swedish Electromobility Centre | FinalPaper_Olofsson_Linda.pdf | ||
| Onur Özgün | Electric vehicle uptake; What will it be versus what should it be? | FinalPaper_Özgün_Onur.pdf | ||
| Nicholas Pallonetti | Vehicles replaced by rebated electric vehicles in California | FinalPaper_Pallonetti_Nicholas.pdf | ||
| Hongliang Pang | Automatically adjustable impedance compensation for electric vehicle wireless charging | |||
| Francisco Pares Olguin | EV supply modelling: Implications of global EV adoption targets for Mexico and North America | FinalPaper_Pares Olguin_Francisco.pdf | ||
| Kiran Peirens | Design and use of a modular measurement module for speed pedelecs | FinalPaper_Peirens_Kiran.pdf | ||
| Michelle Pierce | Model state building code for equitable EV charging in multi-family housing | FinalPaper_Pierce_Michelle_Johnson_Jared.pdf | ||
| Mikko Pihlatie | Zero-emission truck powertrains for regional and long haul missions | FinalPaper_Pihlatie_Mikko.pdf | ||
| Nicolas Pinto-Vieira | EV smart charging in buildings: Making the case for scale deployment | FinalPaper_Pinto-Vieira_Nicolas.pdf | ||
| Patrick Plötz | Locations for battery electric truck charging in Europe based on truck stop location data | FinalPaper_Plötz_Patrick.pdf | ||
| Bartek Kras | Cost efficient high power battery for Hybrid Power Pack destined for fuel cell powered heavy duty vehicles | FinalPaper_Kras_Bartek.pdf | ||
| Kenneth Kurani | How electric vehicle drivers navigate the real and virtual worlds of vehicle charging | FinalPaper_Kurani_Kenneth.pdf | ||
| Kihyun Kwon | Exploring workplace or public charging demand for electric vehicles (EVs) in California | FinalPaper_Kwon_Kihyun (1).pdf | ||
| Kihyun Kwon | Spatial equity analysis of electric vehicle (EV) charging infrastructure in urban and rural areas of California based on neighborhood walkability | FinalPaper_Kwon_Kihyun (2).pdf | ||
| Jennifer Kwong | Southern Company passenger EV tracking study | FinalPaper_Kwong_Jennifer (1).pdf | ||
| Jennifer Kwong | Medium and heavy duty fleet electrification planning & assessment for utilities | FinalPaper_Kwong_Jennifer (2).pdf | ||
| Wiebke Labudde | Optimized planning of e-bus charging infrastructure based on Monte Carlo Simulation | FinalPaper_Labudde_Wiebke_Platow_Yannick.pdf | ||
| Antti Lajunen | Simulation of alternative powertrains in agricultural tractors | FinalPaper_Lajunen_Antti.pdf | ||
| Morgan Le Cossec | Smart and standardized methodology for optimization of an E-drive system | FinalPaper_Le Cossec_Morgan.pdf | ||
| Bryan Lee | Decarbonizing harbor craft: The hydrogen zero emission tug project | FinalPaper_Lee_Bryan.pdf | ||
| Jaime Lemus | EV Access thru EV lowriding | FinalPaper_Lemus_Jaime.pdf | ||
| Mikael Levin | EV distribution from early adopters to the early majority – The case of Sweden 2016–2020 | FinalPaper_Levin_Mikael.pdf | ||
| Michelle Levinson | Designing vehicle-to-grid tariffs well | FinalPaper_Levinson_Michelle.pdf | ||
| Songtao Li | Multi-channel multi-frequency wireless power transfer system for automated guided vehicles | FinalPaper_Li_Songtao.pdf | ||
| Yanning Li | When will California’s electric distribution system need to be upgraded to meet electric vehicle charging demand? | FinalPaper_Li_Yanning.pdf | ||
| Xiao Lin | Lithium-ion battery recycling technologies towards sustainable electric vehicle industry | FinalPaper_Lin_Xiao.pdf | ||
| John Lindsey | Why residential bidirectional charging should be the standard not a high-end alternative | FinalPaper_Lindsey_John.pdf | ||
| Steffen Link | Where to charge battery-electric trucks in Europe: A GIS-based statistical analysis using real-world truck data | FinalPaper_Link_Steffen.pdf | ||
| Wei Liu | Design and analysis of wireless brushless DC motor system with primary control | FinalPaper_Liu_Wei.pdf | ||
| Chloe Livingstone | Electric vehicles: Leading the way on inclusively designed charging infrastructure | FinalPaper_Livingstone_Chloe (1).pdf | ||
| Jinho Jang | Development of electric commercial vehicle torque monitoring system for functional safety | FinalPaper_Jang_Jinho.pdf | ||
| Alan Jenn | Green charging of electric vehicles under a net-zero emissions policy transition in California | |||
| Alan Jenn | Equity implications of emissions and health impacts of electric vehicle adoption on disadvantaged communities | Final_Paper_Jenn_Alan (2).pdf | ||
| Alan Jenn | What is the business case for public electric vehicle chargers? | FinalPaper_Jenn_Alan (1).pdf | ||
| Seyoung Jeong | Multi-rate sensor fusion localization algorithm using camera and GPS in urban environments | FinalPaper_Jeong_Seyoung.pdf | ||
| Nicholas Johnson | Oran using lower-powered solutions to solve EV charging in apartments | FinalPaper_Johnson_Nicholas.pdf | ||
| Andreas Josefsson | Regional electrified logistics system demonstrator supporting market transition | FinalPaper_Josefsson_Andreas.pdf | ||
| Theodoros Kalogiannis | Co-design multi-objective 3D optimization methodology for battery modules: An active air-cooling study case | FinalPaper_Kalogiannis_Theodoros (2).pdf | ||
| Theodoros Kalogiannis | A compact and self-sustained thermal management system for electic-vehicles | FinalPaper_Kalogiannis_Theodoros (1).pdf | ||
| Vaishnavi Karanam | Developing a deep learning tool to detect electric vehicle supply equipment failures | FinalPaper_Karanam_Vaishnavi.pdf | ||
| Hideki Kato | A review of the electric vehicle use as a electricity supplier in a disaster in Japan | FinalPaper_Kato_Hideki.pdf | ||
| Michael Keller | Improvement of charging quality by conformance testing and how an association can support | FinalPaper_Keller_Michael.pdf | ||
| Hyobin Kim | Longitudinal control model of curved road using federated learning | FinalPaper_Kim_Hyobin.pdf | ||
| Kyung-Ho Kim | Modified pure pursuit algorithm robust to localization noise | FinalPaper_Kim_Kyung-Ho.pdf | ||
| Sangjoon Kim | Studies on vehicle motion control using a traction motor in electrified vehicles | FinalPaper_Kim_Sangjoon.pdf | ||
| Tacksu Kim | Development of validated PHEV model through control analysis based on test data | FinalPaper_Kim_Tacksu.pdf | ||
| Steven King | Electric freight consortium: Driving EVs at scale | FinalPaper_King_Steven.pdf | ||
| Silke Kirchner | OCPP interoperability: Democratized future of charging | FinalPaper_Kirchner_Silke.pdf | ||
| Theodora Konstantinou | Understanding the used vehicle market and its implications for electric vehicles | FinalPaper_Konstantinou_Theodora.pdf | ||
| Vishant Kothari | Zero-emission delivery zones: Decarbonizing urban freight and goods delivery in U.S. cities | FinalPaper_Kothari_Vishant.pdf | ||
| Katja Gicklhorn | International cooperation as a success factor for the industrial transformation process in the automotive sector | FinalPaper_Gicklhorn_Katja.pdf | ||
| Sascha Gohlke | A smart charging system to efficiently run EV fleets | FinalPaper_Gohlke_Sascha.pdf | ||
| Adrian Gomez | Reduce, reuse, repower: The benefits of electric school bus repowers | FinalPaper_Gomez_Adrian.pdf | ||
| Andrei Goncearuc | Profitability of V2G-enabled flexibility services: aFRR | FinalPaper_Goncearuc_Andrei.pdf | ||
| Marilou Gosselin | On designing Quebec’s zero-emission vehicle mandate | FinalPaper_Gosselin_Marilou.pdf | ||
| Dale Hall | An ICCT model assessing conductive charging infrastructure needs for light-duty vehicles | FinalPaper_Hall_Dale.pdf | ||
| Karim Hamza | Utility factor curves for plug-in hybrid electric vehicles: Beyond the standard assumptions | FinalPaper_Hamza_Karim.pdf | ||
| Scott Hardman | Do plug-in hybrid adopters switch to battery electric vehicles (and vice versa)? | FinalPaper_Hardman_Scott.pdf | ||
| Simon Haverkamp | Electrical protection systems for grid forming electric vehicles in island grids | FinalPaper_Haverkamp_Simon.pdf | ||
| Edward Heath | Droop rate controlled DC bus charging plaza | FinalPaper_Heath_Edward (2).pdf | ||
| Edward Heath | Battery supplemented EV charging plaza for a limited capacity grid connection | FinalPaper_Heath_Edward (1).pdf | ||
| Tim Hettesheimer | Find the right cell for every application: A methodical approach based on cost-parity calculation | FinalPaper_Hettesheimer_Tim (2).pdf | ||
| Tim Hettesheimer | The role and potentials of electric vehicles in corporate mobility management | FinalPaper_Hettesheimer_Tim (1).pdf | ||
| Tomohiro Higashi | Experimental investigation of desiccant-coated heat exchanger for electric vehicles | FinalPaper_Higashi_Tomohiro.pdf | ||
| Tiffany Hoang | Senate Bill 1000 California electric vehicle infrastructure deployment assessment | FinalPaper_Hoang_Tiffany.pdf | ||
| Donald Hoard | Facilitating data-driven policy in the electric vehicle market: introducing the Caret suite | FinalPaper_Hoard_Donald.pdf | ||
| Walter Holderried | Possible contributions of state policies and measures to the implementation and scaling of charging and hydrogen refueling infrastructure for long-haul trucks : An example of the state of Baden-Württemberg | FinalPaper_Holderried_Walter.pdf | ||
| Kelly Hoogland | Exploring the impact of the federal tax credit on the decision to lease or purchase a PEV in California | FinalPaper_Hoogland_Kelly.pdf | ||
| Zhichao Hua | Adaptive variable-current wireless charging for electric vehicles with higher power transfer capability | FinalPaper_Hua_Zhichao.pdf | ||
| Lloyd Ickes | Process overview and unique considerations for deploying commercial fleet infrastructure for a school bus fleet | FinalPaper_Ickes_Lloyd.pdf | ||
| Hana Elattar | Open-data methodology for optimizing the allocations of Charging Stations | FinalPaper_Elattar_Hana.pdf | ||
| Robert Eriksson | Experience from first year with wireless charging fleet in Gothenburg green city zone | FinalPaper_Eriksson_Robert.pdf | ||
| Robert Evans | Hydrogen mobility Europe (H2ME) fuel cell electric vehicles as taxis | FinalPaper_Evans_Robert.pdf | ||
| Yiyuan Fang | Speed change pattern optimization for improving electricity consumption of electric bus and its verification by actual vehicle | FinalPaper_Fang_Yiyuan.pdf | ||
| Beth Ferguson | Public Transit Station Design to Support Micromobility | FinalPaper_Ferguson_Beth.pdf | ||
| Roland Ferwerda | Public fast-charging network for logistics companies | FinalPaper_Ferwerda_Roland.pdf | ||
| Erik Figenbaum | The policy process behind Norway’s BEVolution | FinalPaper_Figenbaum_Erik.pdf | ||
| Wolfgang Fischer | Intersectoral cooperation as a strategic key principle for the transformation of the automotive region Baden-Württemberg | FinalPaper_Fischer_Wolfgang.pdf | ||
| Elizabeth France | Emerging trends in North American light duty EV charging regulation | FinalPaper_France_Elizabeth.pdf | ||
| Anke Freitag | Engineering and operational excellence for customer centric global public charging networks | FinalPaper_Freitag_Anke.pdf | ||
| Kengo Fujiwara | Improving the e-Pedal performance during towing by estimating the vehicle mass | FinalPaper_Fujiwara_Kengo.pdf | ||
| Lewis Fulton | A hydrogen hub for California: What role for fuel cell transportation? | FinalPaper_Fulton_Lewis.pdf | ||
| Toshihiko Furukawa | DC-Link capacitor life prediction in an electric motorcycle using the world motorcycle test cycle | FinalPaper_Furukawa_Toshihiko.pdf | ||
| Aradhana Gahlaut | Energy and costs savings from electrified transit: A case study on electric bus performance in Bermuda | FinalPaper_Gahlaut_Aradhana.pdf | ||
| Tisura Gamage | The prevalence of charging failures during DC fast charger uptime | FinalPaper_Gamage_Tisura.pdf | ||
| Sue Gander | Federal and state policy drivers for US school bus electrification | FinalPaper_Gander_Sue.pdf | ||
| Frank Geerts | GridShield – Mitigating unforeseen local power peaks on the grid caused by EVs | FinalPaper_Geerts_Frank (1).pdf | ||
| Frank Geerts | Accelerating national scale up of Smart Charging in the Netherlands | FinalPaper_Geerts_Frank (2).pdf | ||
| Evgenii Genov | Forecasting flexibility of charging of electric vehicles: Tree and cluster-based methods | FinalPaper_Genov_Evgenii.pdf | ||
| Fabrice Giaume | New 3-in-1 approach to higher energy density for EV batteries | FinalPaper_Giaume_Fabrice.pdf | ||
| Göktuğ Burak Çalık | Battery sizing & EV mode PMU algorithm in military armored hybrid electrical vehicles | FinalPaper_Çalik_Göktuğ Burak.pdf | ||
| Dersu Çeliksöz | Motion control system development of serial hybrid electric tracked vehicles | FinalPaper_Çeliksöz_Dersu.pdf | ||
| Amrita Chakraborty | Understanding the impact of EV-rebates across sociodemographic groups and the equity concerns | FinalPaper_Chakraborty_Amrita.pdf | ||
| Leehyoung Cho | Development of vehicle pitch motion control based on human perception system | FinalPaper_Cho_Leehyoung.pdf | ||
| Christian Daake | P3 Charging Index: Comparison of the fast charging capability of various battery electric vehicles | FinalPaper_Daake_Christian.pdf | ||
| Sachindra Dahal | Impact of increasing replacement transformer size on the probability of transformer overloads with increasing EV adoption | FinalPaper_Dahal_Sachindra.pdf | ||
| Léa D'amore | Economic and environmental assessment of technologies optimizing the execution of long trips for electric vehicle | FinalPaper_D'amore_Léa.pdf | ||
| Ricardo de Castro | Identifying practical pathways for electrification of agricultural vehicles through Techno-Economic analysis | FinalPaper_de Castro_Ricardo.pdf | ||
| Cedric De Cauwer | Sizing of charging infrastructures for mobility electrification under smart charging conditions | FinalPaper_DeCauwer_Cedric.pdf | ||
| Laurane de Gendre | Case study: The Australian capital territory’s journey to zero-emission buses | FinalPaper_de Gendre_Laurane (3).pdf | ||
| Laurane de Gendre | Zero emission fleet composition optimization model | FinalPaper_de Gendre_Laurane (1).pdf | ||
| Laurane de Gendre | Resilience estimation for on-route and depot battery electric bus charging: Methodology and insights | FinalPaper_de Gendre_Laurane (2).pdf | ||
| Felix Deufel | A novel approach for a predictive online ECMS applied in electrified vehicles using real driving data | FinalPaper_Deufel_Felix.pdf | ||
| Andre Dias | Plug-in hybrid electric vehicles fleet penetration issues: empirical results from two Portuguese business fleets | FinalPaper_Dias_Andre (2).pdf | ||
| Andre Dias | Matching model between battery SoC and applications | FinalPaper_Dias_Andre (1).pdf | ||
| Marc Doerfer | Industrializing innovation globally | FinalPaper_Doerfer_Marc.pdf | ||
| William Drier | From A to Z: Implementation guide for using V2X-enabled electric school buses as mobile power units for emergency response | FinalPaper_Drier_William.pdf | ||
| Ishant Dudhwal | Multi-attribute balancing for fast charger design using system simulation | FinalPaper_Dudhwal_Ishant.pdf | ||
| Scott Dwyer | Strategic integration of electrified fleets for mutually optimised systems: An Australian analysis | FinalPaper_Dwyer_Scott.pdf | ||
| Paul El Asmar | Ohio NEVI Plan implementation challenges and opportunities | FinalPaper_El Asmar_Paul.pdf | ||
| Thomas Acher | Subcooled liquid hydrogen technology for heavy duty trucks | FinalPaper_Acher_Thomas_Will_Christian.pdf | ||
| Hampus Alfredsson | Power management at the smart charging node | FinalPaper_Alfredsson_Hampus (1).pdf | ||
| Hampus Alfredsson | Charging infrastructure of electrified public transport – A case study of Linköping city | FinalPaper_Alfredsson_Hampus (2).pdf | ||
| Francis Alvarez | Home charging accessibility trends within the clean vehicle rebate project | FinalPaper_Alvarez_Francis.pdf | ||
| Peter Ambiel | Developing a tool to identify and evaluate gaps in funding for electric vehicle charging infrastructure | FinalPaper_Ambiel_Peter.pdf | ||
| John Anderson | Building on what is already working: Describing a more nuanced understanding of rebated EV consumer groups | FinalPaper_Anderson_John.pdf | ||
| Charlotte Argue | Leveraging aggregated vehicle data to take the guesswork out of fleet electrification | FinalPaper_Argue_Charlotte.pdf | ||
| Sylvain Bacquet | Simulation and testing of self reconfigurable battery advanced functions for automotive application | FinalPaper_Bacquet_Sylvain_Leto_Sylvain.pdf | ||
| William Barrett | Zeroing In on healthy air: A national assessment of health and climate benefits of zero-emission transportation and electricity | FinalPaper_Barrett_William.pdf | ||
| Samikchhya Bhusal | Towards equitable electric mobility | FinalPaper_Bhusal_Samikchhya.pdf | ||
| Florian Biedenbach | Size matters: Multi-use optimization of a depot for battery electric heavy-duty trucks | FinalPaper_Biedenbach_Florian.pdf | ||
| Brennan Borlaug | Charging needs for battery electric semi trucks | FinalPaper_Borlaug_Brennan.pdf | ||
| Sebastian Bösche | Standardized management of queueing and reservation for EV charging stations | FinalPaper_Bösche_Sebastian.pdf | ||
| Charles Botsford | Use of synchrophasors to transform NEVI EV charging stations and energy storage into distribution grid nodes | FinalPaper_Botsford_Charles.pdf | ||
| Julian Brendel | Impacts of inductive charging on 24h on-demand operation of shared autonomous electric vehicle fleets | FinalPaper_Brendel_Julian.pdf | ||
| Scott Bruce | Low speed electric vehicles – the key to transforming personal and light utility transportation toward a more sustainable future. | |||
| Nicole Bruns | Sacramento Plug-In Electric Vehicle Collaborative: Equity in Transportation | FinalPaper_Bruns_Nicole.pdf | ||
| Koralle Buch | Electric cars in California: Early adopters’ total cost of ownership | FinalPaper_Buch_Koralle.pdf | ||
| Simon Buderath | Opportunities and challenges of the raw material industry for the purpose of battery cell manufacturing- Investing into localized battery value chains in North America | FinalPaper_Buderath_Simon (1).pdf | ||
| Simon Buderath | Challenges and requirements of megawatt charging infrastructure for long-haul trucks | FinalPaper_Buderath_Simon (2).pdf | ||
| Harm Weken | Mind the gap: Tuning the BEV incentives to specific market-segment and user needs, to bridge the final years until price-parity and TCO-advantages is reached market-wide | FinalPaper_Weken_Harm (1).pdf | ||
| Harm Weken | ‘Charging the electric truck fleet’ – Learnings from Dutch frontrunners in zero emission logistics | FinalPaper_Weken_Harm (2).pdf | ||
| Anna Wilkens | Reducing the environment impact of large battery systems with electric road systems | FinalPaper_Wilkens_Anna.pdf | ||
| Christian Will | Flexibility potential of smart charging of electric trucks and buses | FinalPaper_Will_Christian.pdf | ||
| Brett Williams | New York State’s Drive Clean rebate for electric vehicles: Measures of impact | FinalPaper_Williams_Brett (1).pdf | ||
| Brett Williams | Rebate influence on electric vehicle adoption in California | FinalPaper_Williams_Brett (2).pdf | ||
| Kevin Wood | Early evaluation results of charging programs and end-user behavior | FinalPaper_Wood_Kevin.pdf | ||
| Zhiwei Xue | Bidirectional wireless charging for electric vehicle network | FinalPaper_Xue_Zhiwei.pdf | ||
| Tengbo Yang | Qualitative comparison of axial-field magnetic-differential flux-reversal motors with and without permanent magnets | FinalPaper_Yang_Tengbo.pdf | ||
| Tang Yao | Charging station placement optimization using probability distribution and queueing model with time-varying arrival rate | FinalPaper_Yao_Tang.pdf | ||
| Kelly Yearick | Community impacts: Accessible electric vehicle carsharing programs | FinalPaper_Yearick_Kelly.pdf | ||
| Sunghoon Yu | Disturbance observer based traction control in hybrid electric vehicles | FinalPaper_Yu_Sunghoon.pdf | ||
| Nikita Zaiko | E-Charge: System demonstration of long-haul battery electric trucks | FinalPaper_Zaiko_Nikita.pdf | ||
| Xia Zeng | Performance diagnostics in photovoltaic-lithium-battery installations using inconsistent field data | FinalPaper_Zeng_Xia (1).pdf | ||
| Xia Zeng | Novel sensing techniques for lithium-ion battery modeling and states estimation | FinalPaper_Zeng_Xia (2).pdf | ||
| Allan Zhao | Coming of age: Understanding electric vehicle (EV) use over time via used vehicle market data | FinalPaper_Zhao_Allan.pdf | ||
| Claire Sugihara | Assessing actor inputs to fleet electrification in the medium and heavy-duty freight sector | FinalPaper_Sugihara_Claire.pdf | ||
| Katrina Sutton | Charging management strategies: Techniques to increase charger utilization and reduce congestion | FinalPaper_Sutton_Katrina.pdf | ||
| Daisuke Takahashi | CHAdeMO EPAC Project: DC charging standard for Electrically Power Assisted Cycles (EPACs) | FinalPaper_Takahashi_Daisuke.pdf | ||
| Alexander Tankou | Understanding the techno-economic feasibility of electric vehicle battery reuse and recycling | FinalPaper_Tankou_Alexander.pdf | ||
| Hanif Tayarani | Using machine learning models to forecast electric vehicle destination and charging event | FinalPaper_Tayarani_Hanif (1).pdf | ||
| Hanif Tayarani | Battery chemistry choices by OEMs: Implications for future EV transitions | FinalPaper_Tayarani_Hanif (2).pdf | ||
| Floris Teunissen | Demonstrating the business case and lessons learned for lightweighting EV components through a circular economy approach | FinalPaper_Teunissen_Floris.pdf | ||
| Mary Till | Utility project case studies in fleet electrification | FinalPaper_Till_Mary.pdf | ||
| Todd Trauman | Clean fuel programs’ role in advancing the electrification revolution | FinalPaper_Trauman_Todd.pdf | ||
| Ona Van den bergh | Locating charging stations for shared autonomous electric vehicles with V2G operations in Brussels | FinalPaper_Van den bergh_Ona.pdf | ||
| Peter Van den Bossche | The private charger — local charging station management from different perspectives | FinalPaper_Van den Bossche_Peter.pdf | ||
| Nikolaas Van den Steen | How cost competitive is a speed pedelec really? | FinalPaper_Van den Steen_Nikolaas.pdf | ||
| Gilles Van Kriekinge | Real-world implementation of smart charging: Challenges and lesson learned | FinalPaper_Van Kriekinge_Gilles.pdf | ||
| Dennis Verbist | Meet the Belgian e-driver 2022 | FinalPaper_Verbist_Dennis.pdf | ||
| James Vickery | UK ZEV mandate – A world-leading regulatory framework to drive supply and consumer confidence | FinalPaper_Vickery_James.pdf | ||
| Ram Vijayagopal | Impact of U.S. DOE Vehicle Technologies Progress In Technoeconomic Feasibility of Future Electrified Vehicles | FinalPaper_Vijayagopal_Ram (2).pdf | ||
| Ram Vijayagopal | Impact of technology progress and design choices on the techno economic feasibility of electric vehicles | FinalPaper_Vijayagopal_Ram (1).pdf | ||
| Hermann von Kleist | Improving battery lifespan and service trip reliability of EVs in public transport by learning energy consumption | FinalPaper_von Kleist_Hermann.pdf | ||
| Josey Wardle | Developing the opportunity for V2X bidirectional charging in the UK | FinalPaper_Wardle_Josey.pdf | ||
| Simon Weekx | One charging station is not the other: spatial-temporal analysis of public charging stations | FinalPaper_Weekx_Simon.pdf | ||
| Jéssica Santos Döhler | Analysis of charging and discharging of electric vehicles | FinalPaper_Santos Döhler_Jéssica.pdf | ||
| Kelaja Schert | Leveraging energy flexibility with EVs | FinalPaper_Schert_Kelaja.pdf | ||
| Michael Schlick | Assessing the future hydrogen demand in the mobility sector for the Ulm region in southern Germany | FinalPaper_Schlick_Michael.pdf | ||
| Norbert Schreier | Acceptance of e-motorcycles: A longitudinal study based on a survey of motorcyclists at the motorcyclist meeting point “Loewensteiner Platte” in South Germany | FinalPaper_Schreier_Norbert.pdf | ||
| Lukas Schriewer | Smart charging: Status, drivers & obstacles to integrate EVs into the electricity grid in the EU | FinalPaper_Schriewer_Lukas (2).pdf | ||
| Lukas Schriewer | Importance of interoperability for a seamless EV charging experience | FinalPaper_Schriewer_Lukas (1).pdf | ||
| Patrick Schutzeich | A predictive cabin conditioning strategy for battery electric vehicles | FinalPaper_Schutzeich_Patrick.pdf | ||
| Nick Shaw | Accelerating the transition – how the UK and Canada are delivering the demand, supply and infrastructure for electric vehicles | FinalPaper_Shaw_Nick_Cobb_Zoiey.pdf | ||
| Nick Shaw | Exploring hydrogen’s role in decarbonising the UK’s transport system | FinalPaper_Shaw_Nick (1).pdf | ||
| Nick Shaw | Electrification and Hydrogen – identifying the technology solution for decarbonising the UK’s road freight fleet | FinalPaper_Shaw_Nick (2).pdf | ||
| Jafar Shayan | Deep multi-task learning for smart electrical vehicle charging | FinalPaper_Shayan_Jafar.pdf | ||
| Gabriel Shenhar | How temperature affects electric vehicle range: On road testing results with four BEVs | FinalPaper_Shenhar_Gabriel.pdf | ||
| Chaoran Si | Optimal vehicle routing and energy scheduling in wireless electric vehicle energy network via reinforcement learning approach | FinalPaper_Si_Chaoran.pdf | ||
| Mark Simon | Infrastructure challenges in a dense urban setting | |||
| Pete Slowik | Assessment of light-duty electric vehicle costs and consumer benefits in the United States in the 2022-2035 time frame | FinalPaper_Slowik_Pete.pdf | ||
| Nicolas Sockeel | Validation of a EV load shape tool calculating the grid power to support EVs | FinalPaper_Sockeel_Nicolas.pdf | ||
| Daniel Speth | Modelling a capacity-constrained public charging infrastructure network for electric trucks in Germany | FinalPaper_Speth_Daniel.pdf | ||
| Annegret Stephan | Smart charging in Germany: Acceptance and tariff design | FinalPaper_Stephan_Annegret.pdf | ||
| Daniel Stetter | BANULA – A novel DLT based approach for EV charging with high level of user comfort and role specific data transparency for all parties involved | FinalPaper_Stetter_Daniel.pdf | ||
| Alex Stonich | Reducing costs, speeding deployment, and increasing quality of EV charging installations | FinalPaper_Stonich_Alex.pdf | ||
| Hans Pohl | Battery research and innovation – a study of patents and papers | FinalPaper_Pohl_Hans.pdf | ||
| Sam Pournazeri | Quantifying the environmental justice impacts of zero-emission vehicles | FinalPaper_Pournazeri_Sam.pdf | ||
| Ewan Pritchard | Evaluating electric vehicle public charging utilization in the United States using the EV WATTS dataset | FinalPaper_Pritchard_Ewan.pdf | ||
| Ben Prochazka | Cities and electric vehicle readiness policy | FinalPaper_Prochazka_Ben.pdf | ||
| Amber Putignano | Charge planning for grocery distribution | FinalPaper_Putignano_Amber.pdf | ||
| Yin Qiu | Real-world energy efficiency analysis and implications: medium-duty and heavy-duty EV deployments across the US | FinalPaper_Qiu_Yin_Dobbelaere_Cristina.pdf | ||
| Angelina Rahimi | Powering e-mobility hubs in underserved communities: Lessons learned | FinalPaper_Rahimi_Angelina.pdf | ||
| Trisha Ramadoss | A household-level EV adoption model for California using spatial microsimulation | FinalPaper_Ramadoss_Trisha.pdf | ||
| Aditya Ramji | Bridging demand and supply: Investigating US EV production and financing the transition | FinalPaper_Ramji_Aditya.pdf | ||
| Aditya Ramji | India-led electric two-wheeler transitions in the global South | FinalPaper_Ramji_Aditya_Chandra_Minal.pdf | ||
| Aditya Ramji | Lessons from California ZEV policy: Transition pathways for India | |||
| Mikaela Ranta | Modular and scalable powertrain for multipurpose light electric vehicles | FinalPaper_Ranta_Mikaela.pdf | ||
| Hajo Ribberink | Supporting EV adoption through EV hotspots analysis | FinalPaper_Ribberink_Hajo (1).pdf | ||
| Hajo Ribberink | Optimization of H2 supply and refuelling infrastructure for long haul trucks | FinalPaper_Ribberink_Hajo (2).pdf | ||
| Alina Richter | How hydrogen & fuel cell technologies evolve Baden-Württemberg’s’ automotive sector | FinalPaper_Richter_Alina.pdf | ||
| Anya Robinson | Heterogeneity of electric vehicle ownership across rural California | FinalPaper_Robinson_Anya.pdf | ||
| Marcy Rood | Clean cities: A model for clean transportation deployment spanning three decades | FinalPaper_Rood_Marcy.pdf | ||
| Milan Rosina | To achieve a longer vehicle driving range: Think beyond just a battery capacity increase | FinalPaper_Rosina_Milan.pdf | ||
| Manuel Ruppert | Impact of V2G flexibility on congestion management in the German transmission grid | FinalPaper_Ruppert_Manuel.pdf | ||
| Angela Sanguinetti | Electrifying ridehailing: A cross-sector research agenda | FinalPaper_Sanguinetti_Angela.pdf | ||
| Chloe Livingstone | Electric vehicles: Leading the way on public EV charging infrastructure | FinalPaper_Livingstone_Chloe (2).pdf | ||
| Aaron Loiselle-Lapointe | Effects of bi-directional charging on the energy and range of a 2018 model year battery electric vehicle | FinalPaper_Loiselle-Lapointe_Aaron.pdf | ||
| Michael Lumbley | The future of public DCFC infrastructure | FinalPaper_Lumbley_Michael.pdf | ||
| Pamela MacDougall | Solving the charging challenge for commercial electric fleets | FinalPaper_MacDougall_Pamela_Kailas_Aravind.pdf | ||
| Kazuya Maita | Optimization of fuel cell output and traction battery capacity for a small fuel cell bus | FinalPaper_Maita_Kazuya.pdf | ||
| James Mater | Standardizing V2G: A critical factor in decarbonization | FinalPaper_Mater_James.pdf | ||
| Marie McNamara | Inflation Reduction Act – What it means for EV adoption in the US | FinalPaper_McNamara_Marie_Lakhina_Pranav.pdf | ||
| James Miller | International cooperation under the Hybrid & Electric Vehicle Technology Collaboration Program | FinalPaper_Miller_James.pdf | ||
| Subra Narayan | Fire safety in e-Mobility | FinalPaper_Narayan_Subra.pdf | ||
| Makuochukwu Okoma | The impact of electric vehicle charging stations on light duty electric vehicle adoption and rebates California. | FinalPaper_Okoma_Makuochukwu.pdf | ||
| Linda Olofsson | System perspective for large scale implementation of electromobility- The Swedish Electromobility Centre | FinalPaper_Olofsson_Linda.pdf | ||
| Onur Özgün | Electric vehicle uptake; What will it be versus what should it be? | FinalPaper_Özgün_Onur.pdf | ||
| Nicholas Pallonetti | Vehicles replaced by rebated electric vehicles in California | FinalPaper_Pallonetti_Nicholas.pdf | ||
| Hongliang Pang | Automatically adjustable impedance compensation for electric vehicle wireless charging | |||
| Francisco Pares Olguin | EV supply modelling: Implications of global EV adoption targets for Mexico and North America | FinalPaper_Pares Olguin_Francisco.pdf | ||
| Kiran Peirens | Design and use of a modular measurement module for speed pedelecs | FinalPaper_Peirens_Kiran.pdf | ||
| Michelle Pierce | Model state building code for equitable EV charging in multi-family housing | FinalPaper_Pierce_Michelle_Johnson_Jared.pdf | ||
| Mikko Pihlatie | Zero-emission truck powertrains for regional and long haul missions | FinalPaper_Pihlatie_Mikko.pdf | ||
| Nicolas Pinto-Vieira | EV smart charging in buildings: Making the case for scale deployment | FinalPaper_Pinto-Vieira_Nicolas.pdf | ||
| Patrick Plötz | Locations for battery electric truck charging in Europe based on truck stop location data | FinalPaper_Plötz_Patrick.pdf | ||
| Bartek Kras | Cost efficient high power battery for Hybrid Power Pack destined for fuel cell powered heavy duty vehicles | FinalPaper_Kras_Bartek.pdf | ||
| Kenneth Kurani | How electric vehicle drivers navigate the real and virtual worlds of vehicle charging | FinalPaper_Kurani_Kenneth.pdf | ||
| Kihyun Kwon | Exploring workplace or public charging demand for electric vehicles (EVs) in California | FinalPaper_Kwon_Kihyun (1).pdf | ||
| Kihyun Kwon | Spatial equity analysis of electric vehicle (EV) charging infrastructure in urban and rural areas of California based on neighborhood walkability | FinalPaper_Kwon_Kihyun (2).pdf | ||
| Jennifer Kwong | Southern Company passenger EV tracking study | FinalPaper_Kwong_Jennifer (1).pdf | ||
| Jennifer Kwong | Medium and heavy duty fleet electrification planning & assessment for utilities | FinalPaper_Kwong_Jennifer (2).pdf | ||
| Wiebke Labudde | Optimized planning of e-bus charging infrastructure based on Monte Carlo Simulation | FinalPaper_Labudde_Wiebke_Platow_Yannick.pdf | ||
| Antti Lajunen | Simulation of alternative powertrains in agricultural tractors | FinalPaper_Lajunen_Antti.pdf | ||
| Morgan Le Cossec | Smart and standardized methodology for optimization of an E-drive system | FinalPaper_Le Cossec_Morgan.pdf | ||
| Bryan Lee | Decarbonizing harbor craft: The hydrogen zero emission tug project | FinalPaper_Lee_Bryan.pdf | ||
| Jaime Lemus | EV Access thru EV lowriding | FinalPaper_Lemus_Jaime.pdf | ||
| Mikael Levin | EV distribution from early adopters to the early majority – The case of Sweden 2016–2020 | FinalPaper_Levin_Mikael.pdf | ||
| Michelle Levinson | Designing vehicle-to-grid tariffs well | FinalPaper_Levinson_Michelle.pdf | ||
| Songtao Li | Multi-channel multi-frequency wireless power transfer system for automated guided vehicles | FinalPaper_Li_Songtao.pdf | ||
| Yanning Li | When will California’s electric distribution system need to be upgraded to meet electric vehicle charging demand? | FinalPaper_Li_Yanning.pdf | ||
| Xiao Lin | Lithium-ion battery recycling technologies towards sustainable electric vehicle industry | FinalPaper_Lin_Xiao.pdf | ||
| John Lindsey | Why residential bidirectional charging should be the standard not a high-end alternative | FinalPaper_Lindsey_John.pdf | ||
| Steffen Link | Where to charge battery-electric trucks in Europe: A GIS-based statistical analysis using real-world truck data | FinalPaper_Link_Steffen.pdf | ||
| Wei Liu | Design and analysis of wireless brushless DC motor system with primary control | FinalPaper_Liu_Wei.pdf | ||
| Chloe Livingstone | Electric vehicles: Leading the way on inclusively designed charging infrastructure | FinalPaper_Livingstone_Chloe (1).pdf | ||
| Jinho Jang | Development of electric commercial vehicle torque monitoring system for functional safety | FinalPaper_Jang_Jinho.pdf | ||
| Alan Jenn | Green charging of electric vehicles under a net-zero emissions policy transition in California | |||
| Alan Jenn | Equity implications of emissions and health impacts of electric vehicle adoption on disadvantaged communities | Final_Paper_Jenn_Alan (2).pdf | ||
| Alan Jenn | What is the business case for public electric vehicle chargers? | FinalPaper_Jenn_Alan (1).pdf | ||
| Seyoung Jeong | Multi-rate sensor fusion localization algorithm using camera and GPS in urban environments | FinalPaper_Jeong_Seyoung.pdf | ||
| Nicholas Johnson | Oran using lower-powered solutions to solve EV charging in apartments | FinalPaper_Johnson_Nicholas.pdf | ||
| Andreas Josefsson | Regional electrified logistics system demonstrator supporting market transition | FinalPaper_Josefsson_Andreas.pdf | ||
| Theodoros Kalogiannis | Co-design multi-objective 3D optimization methodology for battery modules: An active air-cooling study case | FinalPaper_Kalogiannis_Theodoros (2).pdf | ||
| Theodoros Kalogiannis | A compact and self-sustained thermal management system for electic-vehicles | FinalPaper_Kalogiannis_Theodoros (1).pdf | ||
| Vaishnavi Karanam | Developing a deep learning tool to detect electric vehicle supply equipment failures | FinalPaper_Karanam_Vaishnavi.pdf | ||
| Hideki Kato | A review of the electric vehicle use as a electricity supplier in a disaster in Japan | FinalPaper_Kato_Hideki.pdf | ||
| Michael Keller | Improvement of charging quality by conformance testing and how an association can support | FinalPaper_Keller_Michael.pdf | ||
| Hyobin Kim | Longitudinal control model of curved road using federated learning | FinalPaper_Kim_Hyobin.pdf | ||
| Kyung-Ho Kim | Modified pure pursuit algorithm robust to localization noise | FinalPaper_Kim_Kyung-Ho.pdf | ||
| Sangjoon Kim | Studies on vehicle motion control using a traction motor in electrified vehicles | FinalPaper_Kim_Sangjoon.pdf | ||
| Tacksu Kim | Development of validated PHEV model through control analysis based on test data | FinalPaper_Kim_Tacksu.pdf | ||
| Steven King | Electric freight consortium: Driving EVs at scale | FinalPaper_King_Steven.pdf | ||
| Silke Kirchner | OCPP interoperability: Democratized future of charging | FinalPaper_Kirchner_Silke.pdf | ||
| Theodora Konstantinou | Understanding the used vehicle market and its implications for electric vehicles | FinalPaper_Konstantinou_Theodora.pdf | ||
| Vishant Kothari | Zero-emission delivery zones: Decarbonizing urban freight and goods delivery in U.S. cities | FinalPaper_Kothari_Vishant.pdf | ||
| Katja Gicklhorn | International cooperation as a success factor for the industrial transformation process in the automotive sector | FinalPaper_Gicklhorn_Katja.pdf | ||
| Sascha Gohlke | A smart charging system to efficiently run EV fleets | FinalPaper_Gohlke_Sascha.pdf | ||
| Adrian Gomez | Reduce, reuse, repower: The benefits of electric school bus repowers | FinalPaper_Gomez_Adrian.pdf | ||
| Andrei Goncearuc | Profitability of V2G-enabled flexibility services: aFRR | FinalPaper_Goncearuc_Andrei.pdf | ||
| Marilou Gosselin | On designing Quebec’s zero-emission vehicle mandate | FinalPaper_Gosselin_Marilou.pdf | ||
| Dale Hall | An ICCT model assessing conductive charging infrastructure needs for light-duty vehicles | FinalPaper_Hall_Dale.pdf | ||
| Karim Hamza | Utility factor curves for plug-in hybrid electric vehicles: Beyond the standard assumptions | FinalPaper_Hamza_Karim.pdf | ||
| Scott Hardman | Do plug-in hybrid adopters switch to battery electric vehicles (and vice versa)? | FinalPaper_Hardman_Scott.pdf | ||
| Simon Haverkamp | Electrical protection systems for grid forming electric vehicles in island grids | FinalPaper_Haverkamp_Simon.pdf | ||
| Edward Heath | Droop rate controlled DC bus charging plaza | FinalPaper_Heath_Edward (2).pdf | ||
| Edward Heath | Battery supplemented EV charging plaza for a limited capacity grid connection | FinalPaper_Heath_Edward (1).pdf | ||
| Tim Hettesheimer | Find the right cell for every application: A methodical approach based on cost-parity calculation | FinalPaper_Hettesheimer_Tim (2).pdf | ||
| Tim Hettesheimer | The role and potentials of electric vehicles in corporate mobility management | FinalPaper_Hettesheimer_Tim (1).pdf | ||
| Tomohiro Higashi | Experimental investigation of desiccant-coated heat exchanger for electric vehicles | FinalPaper_Higashi_Tomohiro.pdf | ||
| Tiffany Hoang | Senate Bill 1000 California electric vehicle infrastructure deployment assessment | FinalPaper_Hoang_Tiffany.pdf | ||
| Donald Hoard | Facilitating data-driven policy in the electric vehicle market: introducing the Caret suite | FinalPaper_Hoard_Donald.pdf | ||
| Walter Holderried | Possible contributions of state policies and measures to the implementation and scaling of charging and hydrogen refueling infrastructure for long-haul trucks : An example of the state of Baden-Württemberg | FinalPaper_Holderried_Walter.pdf | ||
| Kelly Hoogland | Exploring the impact of the federal tax credit on the decision to lease or purchase a PEV in California | FinalPaper_Hoogland_Kelly.pdf | ||
| Zhichao Hua | Adaptive variable-current wireless charging for electric vehicles with higher power transfer capability | FinalPaper_Hua_Zhichao.pdf | ||
| Lloyd Ickes | Process overview and unique considerations for deploying commercial fleet infrastructure for a school bus fleet | FinalPaper_Ickes_Lloyd.pdf | ||
| Hana Elattar | Open-data methodology for optimizing the allocations of Charging Stations | FinalPaper_Elattar_Hana.pdf | ||
| Robert Eriksson | Experience from first year with wireless charging fleet in Gothenburg green city zone | FinalPaper_Eriksson_Robert.pdf | ||
| Robert Evans | Hydrogen mobility Europe (H2ME) fuel cell electric vehicles as taxis | FinalPaper_Evans_Robert.pdf | ||
| Yiyuan Fang | Speed change pattern optimization for improving electricity consumption of electric bus and its verification by actual vehicle | FinalPaper_Fang_Yiyuan.pdf | ||
| Beth Ferguson | Public Transit Station Design to Support Micromobility | FinalPaper_Ferguson_Beth.pdf | ||
| Roland Ferwerda | Public fast-charging network for logistics companies | FinalPaper_Ferwerda_Roland.pdf | ||
| Erik Figenbaum | The policy process behind Norway’s BEVolution | FinalPaper_Figenbaum_Erik.pdf | ||
| Wolfgang Fischer | Intersectoral cooperation as a strategic key principle for the transformation of the automotive region Baden-Württemberg | FinalPaper_Fischer_Wolfgang.pdf | ||
| Elizabeth France | Emerging trends in North American light duty EV charging regulation | FinalPaper_France_Elizabeth.pdf | ||
| Anke Freitag | Engineering and operational excellence for customer centric global public charging networks | FinalPaper_Freitag_Anke.pdf | ||
| Kengo Fujiwara | Improving the e-Pedal performance during towing by estimating the vehicle mass | FinalPaper_Fujiwara_Kengo.pdf | ||
| Lewis Fulton | A hydrogen hub for California: What role for fuel cell transportation? | FinalPaper_Fulton_Lewis.pdf | ||
| Toshihiko Furukawa | DC-Link capacitor life prediction in an electric motorcycle using the world motorcycle test cycle | FinalPaper_Furukawa_Toshihiko.pdf | ||
| Aradhana Gahlaut | Energy and costs savings from electrified transit: A case study on electric bus performance in Bermuda | FinalPaper_Gahlaut_Aradhana.pdf | ||
| Tisura Gamage | The prevalence of charging failures during DC fast charger uptime | FinalPaper_Gamage_Tisura.pdf | ||
| Sue Gander | Federal and state policy drivers for US school bus electrification | FinalPaper_Gander_Sue.pdf | ||
| Frank Geerts | GridShield – Mitigating unforeseen local power peaks on the grid caused by EVs | FinalPaper_Geerts_Frank (1).pdf | ||
| Frank Geerts | Accelerating national scale up of Smart Charging in the Netherlands | FinalPaper_Geerts_Frank (2).pdf | ||
| Evgenii Genov | Forecasting flexibility of charging of electric vehicles: Tree and cluster-based methods | FinalPaper_Genov_Evgenii.pdf | ||
| Fabrice Giaume | New 3-in-1 approach to higher energy density for EV batteries | FinalPaper_Giaume_Fabrice.pdf | ||
| Göktuğ Burak Çalık | Battery sizing & EV mode PMU algorithm in military armored hybrid electrical vehicles | FinalPaper_Çalik_Göktuğ Burak.pdf | ||
| Dersu Çeliksöz | Motion control system development of serial hybrid electric tracked vehicles | FinalPaper_Çeliksöz_Dersu.pdf | ||
| Amrita Chakraborty | Understanding the impact of EV-rebates across sociodemographic groups and the equity concerns | FinalPaper_Chakraborty_Amrita.pdf | ||
| Leehyoung Cho | Development of vehicle pitch motion control based on human perception system | FinalPaper_Cho_Leehyoung.pdf | ||
| Christian Daake | P3 Charging Index: Comparison of the fast charging capability of various battery electric vehicles | FinalPaper_Daake_Christian.pdf | ||
| Sachindra Dahal | Impact of increasing replacement transformer size on the probability of transformer overloads with increasing EV adoption | FinalPaper_Dahal_Sachindra.pdf | ||
| Léa D'amore | Economic and environmental assessment of technologies optimizing the execution of long trips for electric vehicle | FinalPaper_D'amore_Léa.pdf | ||
| Ricardo de Castro | Identifying practical pathways for electrification of agricultural vehicles through Techno-Economic analysis | FinalPaper_de Castro_Ricardo.pdf | ||
| Cedric De Cauwer | Sizing of charging infrastructures for mobility electrification under smart charging conditions | FinalPaper_DeCauwer_Cedric.pdf | ||
| Laurane de Gendre | Case study: The Australian capital territory’s journey to zero-emission buses | FinalPaper_de Gendre_Laurane (3).pdf | ||
| Laurane de Gendre | Zero emission fleet composition optimization model | FinalPaper_de Gendre_Laurane (1).pdf | ||
| Laurane de Gendre | Resilience estimation for on-route and depot battery electric bus charging: Methodology and insights | FinalPaper_de Gendre_Laurane (2).pdf | ||
| Felix Deufel | A novel approach for a predictive online ECMS applied in electrified vehicles using real driving data | FinalPaper_Deufel_Felix.pdf | ||
| Andre Dias | Plug-in hybrid electric vehicles fleet penetration issues: empirical results from two Portuguese business fleets | FinalPaper_Dias_Andre (2).pdf | ||
| Andre Dias | Matching model between battery SoC and applications | FinalPaper_Dias_Andre (1).pdf | ||
| Marc Doerfer | Industrializing innovation globally | FinalPaper_Doerfer_Marc.pdf | ||
| William Drier | From A to Z: Implementation guide for using V2X-enabled electric school buses as mobile power units for emergency response | FinalPaper_Drier_William.pdf | ||
| Ishant Dudhwal | Multi-attribute balancing for fast charger design using system simulation | FinalPaper_Dudhwal_Ishant.pdf | ||
| Scott Dwyer | Strategic integration of electrified fleets for mutually optimised systems: An Australian analysis | FinalPaper_Dwyer_Scott.pdf | ||
| Paul El Asmar | Ohio NEVI Plan implementation challenges and opportunities | FinalPaper_El Asmar_Paul.pdf | ||
| Thomas Acher | Subcooled liquid hydrogen technology for heavy duty trucks | FinalPaper_Acher_Thomas_Will_Christian.pdf | ||
| Hampus Alfredsson | Power management at the smart charging node | FinalPaper_Alfredsson_Hampus (1).pdf | ||
| Hampus Alfredsson | Charging infrastructure of electrified public transport – A case study of Linköping city | FinalPaper_Alfredsson_Hampus (2).pdf | ||
| Francis Alvarez | Home charging accessibility trends within the clean vehicle rebate project | FinalPaper_Alvarez_Francis.pdf | ||
| Peter Ambiel | Developing a tool to identify and evaluate gaps in funding for electric vehicle charging infrastructure | FinalPaper_Ambiel_Peter.pdf | ||
| John Anderson | Building on what is already working: Describing a more nuanced understanding of rebated EV consumer groups | FinalPaper_Anderson_John.pdf | ||
| Charlotte Argue | Leveraging aggregated vehicle data to take the guesswork out of fleet electrification | FinalPaper_Argue_Charlotte.pdf | ||
| Sylvain Bacquet | Simulation and testing of self reconfigurable battery advanced functions for automotive application | FinalPaper_Bacquet_Sylvain_Leto_Sylvain.pdf | ||
| William Barrett | Zeroing In on healthy air: A national assessment of health and climate benefits of zero-emission transportation and electricity | FinalPaper_Barrett_William.pdf | ||
| Samikchhya Bhusal | Towards equitable electric mobility | FinalPaper_Bhusal_Samikchhya.pdf | ||
| Florian Biedenbach | Size matters: Multi-use optimization of a depot for battery electric heavy-duty trucks | FinalPaper_Biedenbach_Florian.pdf | ||
| Brennan Borlaug | Charging needs for battery electric semi trucks | FinalPaper_Borlaug_Brennan.pdf | ||
| Sebastian Bösche | Standardized management of queueing and reservation for EV charging stations | FinalPaper_Bösche_Sebastian.pdf | ||
| Charles Botsford | Use of synchrophasors to transform NEVI EV charging stations and energy storage into distribution grid nodes | FinalPaper_Botsford_Charles.pdf | ||
| Julian Brendel | Impacts of inductive charging on 24h on-demand operation of shared autonomous electric vehicle fleets | FinalPaper_Brendel_Julian.pdf | ||
| Scott Bruce | Low speed electric vehicles – the key to transforming personal and light utility transportation toward a more sustainable future. | |||
| Nicole Bruns | Sacramento Plug-In Electric Vehicle Collaborative: Equity in Transportation | FinalPaper_Bruns_Nicole.pdf | ||
| Koralle Buch | Electric cars in California: Early adopters’ total cost of ownership | FinalPaper_Buch_Koralle.pdf | ||
| Simon Buderath | Opportunities and challenges of the raw material industry for the purpose of battery cell manufacturing- Investing into localized battery value chains in North America | FinalPaper_Buderath_Simon (1).pdf | ||
| Simon Buderath | Challenges and requirements of megawatt charging infrastructure for long-haul trucks | FinalPaper_Buderath_Simon (2).pdf | ||