Electric and Hybrid Vehicles: Technologies, Uses and Perspectives
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Presentation to Repsol
The global EV market: where to from here? Colin McKerracher – Head of Advanced Transport Bloomberg New Energy Finance @colinmckerrache July 10, 2017 Analysis to help you understand the future of energy Solar Wind Power and Gas Carbon Energy Smart Storage Electric Mobility and Frontier Emerging Utilities Markets & Technologies Vehicles Autonomous Power Technologies Climate Driving Americas Europe, Middle East Asia Pacific & Africa 1 July 10, 2017 Global EV sales by region 2011-2017e, thousand units YoY growth +69% +40% +56% +55% +47% Thousand units 1,200 We expect passenger EV 1,018 1,000 sales to be just over 1m in 46 2017 800 218 695 21 600 158 283 448 23 400 209 288 32 115 206 29 200 122 27 116 182 435 96 36 283 30 96 56 66 114 0 2012 2013 2014 2015 2016 2017 China Europe US Japan Canada South Korea RoW Note: Includes highway-capable PHEV and BEV passenger vehicles only; RoW is “Rest of World” 2 July 10, 2017 Countries where EVs were above 1% of total passenger vehicle sales Bloomberg New Energy Finance, Marklines 3 July 10, 2017 BEV model availability, 2008-20 Jaguar Tesla VW I.D.* Land Rover Toyota Trumpchi VW I.D. CROZZ Defender RAV4 GS4 I-Pace pickup* Mitsubishi eX BMW i5 Volvo 40.2* SUVs/Trucks Tesla Tesla M-B EQ VW Model Y* Model X Chehejia Audi E-tron Budd-e M-B B-Class BYD e6 NIO ES8* SUV* Quattro Porsche E-sport Renault DeZir Qianto Q50 Venturi Fetish Tesla Roadster Tesla Model S Sports cars Tesla Roadster* M-B SLS eDrive Hyundai Ioniq Aston Martin GLM G4 NIO ES9 Audi R8 E-tron Exagon Furtive Mahindra eVerito RapidE Geely Emgrand NIO EVE ChangAn SAIC E-Lavida Tesla Model 3 LeEco LeSEE Eado Mullen 700e Lucid Air Sedans CODA EV Audi E-tron Faraday Honda Clarity BAIC EU260 Sportback JAC iEV4 Renault Fluence BYD e5 FF91 Kia Ray Hyundai BMW i3 M-B E-Cell BlueOn VW e-Golf Chevy Bolt VW I.D. -
Global Monthly Is Property of John Doe Total Toyota Brand
A publication from April 2012 Volume 01 | Issue 02 global europe.autonews.com/globalmonthly monthly Your source for everything automotive. China beckons an industry answers— How foreign brands are shifting strategies to cash in on the world’s biggest auto market © 2012 Crain Communications Inc. All rights reserved. March 2012 A publication from Defeatglobal spurs monthly dAtA Toyota’s global Volume 01 | Issue 01 design boss Will Zoe spark WESTERN EUROPE SALES BY MODEL, 9 MONTHSRenault-Nissan’sbrought to you courtesy of EV push? www.jato.com February 9 months 9 months Unit Percent 9 months 9 months Unit Percent 2011 2010 change change 2011 2010 change change European sales Scenic/Grand Scenic ......... 116,475 137,093 –20,618 –15% A1 ................................. 73,394 6,307 +67,087 – Espace/Grand Espace ...... 12,656 12,340 +316 3% A3/S3/RS3 ..................... 107,684 135,284 –27,600 –20% data from JATO Koleos ........................... 11,474 9,386 +2,088 22% A4/S4/RS4 ..................... 120,301 133,366 –13,065 –10% Kangoo ......................... 24,693 27,159 –2,466 –9% A6/S6/RS6/Allroad ......... 56,012 51,950 +4,062 8% Trafic ............................. 8,142 7,057 +1,085 15% A7 ................................. 14,475 220 +14,255 – Other ............................ 592 1,075 –483 –45% A8/S8 ............................ 6,985 5,549 +1,436 26% Total Renault brand ........ 747,129 832,216 –85,087 –10% TT .................................. 14,401 13,435 +966 7% RENAULT ........................ 898,644 994,894 –96,250 –10% A5/S5/RS5 ..................... 54,387 59,925 –5,538 –9% RENAULT-NISSAN ............ 1,239,749 1,288,257 –48,508 –4% R8 ................................ -
Schriftliche Anfrage
Drucksache 18 / 17 933 Schriftliche Anfrage 18. Wahlperiode Schriftliche Anfrage des Abgeordneten Marcel Luthe (FDP) vom 13. Februar 2019 (Eingang beim Abgeordnetenhaus am 18. Februar 2019) zum Thema: Autos in Berlin III und Antwort vom 27. Februar 2019 (Eingang beim Abgeordnetenhaus am 01. März 2019) Die Drucksachen des Abgeordnetenhauses sind bei der Kulturbuch-Verlag GmbH zu beziehen. Hausanschrift: Sprosserweg 3, 12351 Berlin-Buckow · Postanschrift: Postfach 47 04 49, 12313 Berlin, Telefon: 6 61 84 84; Telefax: 6 61 78 28. Senatsverwaltung für Inneres und Sport Herrn Abgeordneten Marcel Luthe (FDP) über den Präsidenten des Abgeordnetenhauses von Berlin über Senatskanzlei - G Sen - Antwort auf die Schriftliche Anfrage Nr. 18/17 933 vom 13. Februar 2019 über Autos in Berlin III ----------------------------------------------------------------------------------------------------------------- Im Namen des Senats von Berlin beantworte ich Ihre Schriftliche Anfrage wie folgt: 1) Wie setzt sich der Fahrzeugbestand an in Berlin zugelassenen PKW nach Herstellern zum 01.01.2019 zusammen? Zu 1.: Zur Beantwortung der Frage 1 wird als Anlage eine Auswertung des Fahrzeugbestandes zum Stand 20. Februar 2019 übermittelt. Zahlen zum Fahrzeugbestand lassen sich nur tagesaktuell ermitteln, weshalb eine rückwirkende Auswertung (z.B. zum 01.01.2019) nicht möglich ist. 2) Wie viele Einsätze des Kriminaldauerdienstes hat es in den einzelnen Direktionen in den Jahren 2012 bis 2018 jeweils jährlich gegeben? 3) Wie viele dieser Einsätze erfolgten wegen Einbruchsdiebstählen -
Le Vehicule De Demain
L’avenir de l’automobile « Transports et nouvelles mobilités, nouveaux usages » Joel Danroc H2 La voiture du futur - Les évolutions de l’automobile Billions 400World Energy Needs 350 - Pourquoi ne peut on pas continuer ainsi? Les stratégies 300 250 200 150 Fossil Energies 100 50 -La voiture électrique à batterie et à pile à Hydrogène 0 19002000 2100 2200 2300 - Les nouveaux modèles de mobilité - mais que fait le CEA ? La recherche, les démonstrateurs et les transferts de technologie L’avant pétrole : une courte période 1899 : « Voitures électrique » « Jamais contente » +100Km/h 1896 Invention « Tricycle Benz » - moteurs électriques, 67 CV - batteries Fulmen, Moteur gaz - Carroserie aluminium + Hybrides Porsche ! Après 1900 « Ere Pétrole » Endormissement de l‟électrique « On n’invente pas le téléphone à partir des pigeons voyageurs ! » Michelin « Le passage de la calèche à l’automobile actuelle » Une rupture technologique majeure Voitures Rencontre Pétrole/Moteur combustion interne Pétrole L‟histoire de l‟automobile ponctuée par quelques éléments marquants dans les domaines «sociétal, économique, technique» Succès de l‟automobile : « Quatre roues, un volant, du plaisir et du rêve » 1974 Premier Choc pétrolier 1990 Début de l‟expériences hors pétrole ( Voiture électrique, PAC …) 2012 : 80 millions de voitures produites par an La Chine est le premier marché mondial Arrivée des générations Y connectées! « RETOUR VERS LE FUTUR » 1900 : tout avait été imaginé du point de vue mécanique ! 1950 / 1960 on se « reprojette » sur : - de nouvelles -
Rapport : Des Technologies Compétitives Au Service Du
CAS n° 51 > 472 pages. Dos : 27.5 mm. Sans innovation technologique, il sera impossible de relever les défi s économiques, sociaux et environne- mentaux que soulève notre engagement en faveur du développement durable. La mission de prospective pré- sidée par Jean Bergougnoux s’efforce ici de recenser les progrès susceptibles d’intervenir à horizon 2030 et 18, rue de Martignac 2050 dans trois domaines clés : l’énergie, le bâtiment 2012 no51 75700 Paris Cedex 07 et le transport. Pour chaque technologie examinée, on Tél. 01 42 75 60 00 tente d’apprécier sa contribution potentielle au déve- www.strategie.gouv.fr loppement durable et les conditions de son intégration dans les systèmes existants (ou à créer). Quels sec- teurs verront se produire des sauts technologiques ? Des technologies compétitives Quel est le degré de maturité technique, économique et au service du développement durable sociale de ces avancées ? Enfi n, quels sont les atouts de notre pays sur la scène internationale ? Car cette revue des technologies porteuses d’avenir n’oublie pas que la maîtrise de l’innovation est aussi un élément déterminant de la compétitivité. Dans un contexte de contrainte budgétaire et de forte concurrence mondiale, les pouvoirs publics se doivent d’adapter leur soutien aux fi lières innovantes à l’état de la technologie et aux perspectives de développement. Développement durable Rapport de la mission présidée par -:HSMBLA=U^V\]^: Jean Bergougnoux Diffusion Direction de l’information légale et administrative Imprimé en France au service compétitives -
2016 Annual Report.Pdf
International Energy Agency Implementing Agreement for Co-operation on Hybrid and Electric Vehicle Technologies and Programmes From 2016 on renamed to Technology Collaboration Programme on Hybrid and Electric Vehicles (HEV TCP) Hybrid and Electric Vehicles The Electric Drive Commutes June 2016 www.ieahev.org IA-HEV, formally known as the Implementing Agreement for Co-operation on Hybrid and Electric Vehicle Technologies and Programmes, functions within a framework created by the International Energy Agency (IEA). Views, findings, and publications of IA-HEV do not necessarily represent the views or policies of the IEA Secretariat or of all its individual member countries. From 2016 on the IA-HEV has been renamed to Technology Collaboration Programme on Hybrid and Electric Vehicles (HEV TCP). Cover Photo: Volvo electric bus. The bus is running on route 55 in Gothenburg (Sweden) as part of the ElectriCity collaboration. Further information about ElectriCity can be obtained over www.goteborgelectricity.se. (Image courtesy of Volvo Buses) The Electric Drive Commutes Cover Designer: Anita Theel, VDI/VDE Innovation + Technik GmbH ii International Energy Agency Implementing Agreement for Co-operation on Hybrid and Electric Vehicle Technologies and Programmes* Annual Report Prepared by the Executive Committee and Task 1 over the Year 2015 Hybrid and Electric Vehicles The Electric Drive Commutes Editor: Gereon Meyer (Operating Agent Task 1, VDI/VDE Innovation + Technik GmbH) Co-editors: Jadranka Dokic, Heike Jürgens, Diana M. Tobias (VDI/VDE Innovation + Technik GmbH) Contributing Authors: Markku Antikainen Tekes Finland James Barnes Barnes Tech Advising United States Martin Beermann Joanneum Research Austria Graham Brennan SEAI Ireland Carol Burelle Natural Resources Canada Canada Pierpaolo Cazzola IEA France Mario Conte ENEA Italy Cristina Corchero IREC Spain Andreas Dorda A3PS Austria Julie Francis Allegheny Science & Technology United States Marine Gorner IEA France Halil S. -
Issuing of Motor Vehicle Licences (April 2021)
HELLENIC REPUBLIC HELLENIC STATISTICAL AUTHORITY Piraeus, May 14, 2021 PRESS RELEASE ISSUING OF MOTOR VEHICLE LICENSES: APRIL 2021 The Hellenic Statistical Authority announces that in April 2021, 18,352 road motor cars (both new and used from abroad) were put into circulation for the first time, recording a 355.3% increase compared with the corresponding month of 2020 when the number of road motor cars was 4,031. In April 2020, an 80.6% decrease had been observed in comparison with the corresponding month of 2019 (Table 1, Graphs 1,2,3,5). A total number of 11,069 new cars were put into circulation in April 2021 compared with 2,878 in April 2020, recording a 284.6% increase. The new motorcycles over 50cc (both new and used from abroad) that were put into circulation for the first time in April 2021 amounted to 4,776, against 988 in 2020, thus recording a 383.4% increase. In April 2020, a 72.9% decrease had been observed in comparison with the corresponding month of 2019 (Table 1, Graph 4). Out of the above motorcycles 4,361 were new, while the corresponding figure in April 2020 was 922, recording a 373.0% increase. During the period January - April 2021, 64,530 road motor cars (both new and used from abroad) were put into circulation for the first time, representing an increase of 25.4% compared to the corresponding period of 2020 when the number of road motor cars was 51,445. During the period January - April 2020 a decrease of 30.5% had been observed in comparison with the corresponding period of 2019 (Table 3, Graphs 6,7). -
Buyers Guide for Electric and Plug-In Hybrid Cars JUNE 2012
Buyers Guide for Electric and Plug-in Hybrid Cars JUNE 2012 www.greenhighway.nu EUROPEISKA UNIONEN Europeiska regionala utvecklingsfonden Images on the frontpage; Peter Kardin from Samhall AB with their electric car in Östersund, one of the first Renault Kangoo cars in Sweden. The result of a smart charging project by Jämtkraft, ABB and Charge Storm at Jämtkraft headquarters in Östersund. Per Lundqvist and Timo Pietilä with a Mercedes Vito, one of the electric cars that Post Nord is testing in the Östersund area. Welcome to the revised 2012 Global Guide to Electric and Plug inHybrid Cars! This Buyers Guide is published by SÖT – a cooperation between the cities Sundsvall (Sweden), Östersund (Sweden) and Trondheim (Norway). The purpose of the SÖT project is to strengthen the three cities and the region through cooperation in infrastructure, sustainable communications, knowledge and competence as well as in culture and tourism. Correct and independent information about electric and plug‐in hybrid cars on the market is an important part of the infrastructure and sustainable communications section of the SÖT project. The SÖT cities present the Buyers Guide 2012 for Electric and Plug‐In Hybrid Car in cooperation with the power companies Jämtkraft, Sundsvall Energi, Trondheim Energi and Trønder Energi. This guide gives an overview of most models available for the model year 2012 and models that are expected to be available within the next year. The guide contains prices, range per charge, charging times, battery types, information about safety, links to further information and much more. The purpose of the guide is to be a reference for cities, private and public organizations and consumers that consider purchasing electric or plug‐in hybrids, or just want to know more about the market. -
2.3 Car Sharing and End of Life Vehicles
Ref. Ares(2018)4965112 - 27/09/2018 Research and Innovation action H2020-MG-2016-2017 Review of the Impacts on the Automotive Industry Deliverable D3.3 Version n° 1 Authors: Peter Wells (CU), Haokun Liu (CU), Stefano Beccaria (GM) www.stars-h2020.eu This project has received funding from the Horizon 2020 programme under the grant agreement n°769513 The growth of car sharing in a business as usual scenario DISCLAIMER The content of this deliverable reflect only the author’s view. The European Commission and INEA are not responsible for any use that may be made of the information it contains. GA n°769513 Page 2 of 61 The growth of car sharing in a business as usual scenario Document Information Grant Agreement 769513 Project Title Shared mobility opporTunities And challenges foR European citieS Project Acronym STARS Project Start Date 01 October 2017 Related work package WP 3 – Business model innovation to enable car sharing Related task(s) Task 3.3 – Review of the impacts on the automotive industry Lead Organisation CU Submission date 30 September 2018 Dissemination Level Public History Date Submitted by Reviewed by Version (Notes) 31 August Cristian Peter Wells (CU) First preliminary version (full deliverable) 2018 Santibanez (LGI) 8 September Peter Wells (CU) Ben Waller (ICDP) Second full deliverable version 2018 Andrea Chicco 25 September Peter Wells (CU) (POLITO), Marco Formatting adjustments and last revision 2018 Diana (POLITO) 27 September Marco Diana Submission of the final Deliverable 3.3 2018 (POLITO) GA n°769513 Page 3 of 61 The growth of car sharing in a business as usual scenario Table of contents SUMMARY ............................................................................................................................. -
Planning Minimum Interurban Fast Charging Infrastructure for Electric Vehicles: Methodology and Application to Spain
Energies 2014, 7, 1207-1229; doi:10.3390/en7031207 OPEN ACCESS energies ISSN 1996-1073 www.mdpi.com/journal/energies Article Planning Minimum Interurban Fast Charging Infrastructure for Electric Vehicles: Methodology and Application to Spain Antonio Colmenar-Santos 1,*, Carlos de Palacio 2, David Borge-Diez 1 and Oscar Monzón-Alejandro 1 1 Industrial Engineering Higher Technical School, Spanish University for Distance Education (UNED), Juan del Rosal St., 12, Madrid 28040, Spain; E-Mails: [email protected] (D.B.-D.); [email protected] (O.M.-A.) 2 Power Systems Division, Asea Brown Boveri (ABB), San Romualdo 13, Madrid 28035, Spain; E-Mail: [email protected] * Author to whom correspondence should be addressed; E-Mail: [email protected]; Tel.: +34-91-398-7788; Fax: +34-91-398-6028. Received: 25 December 2013; in revised form: 2 February 2014 / Accepted: 8 February 2014 / Published: 27 February 2014 Abstract: The goal of the research is to assess the minimum requirement of fast charging infrastructure to allow country-wide interurban electric vehicle (EV) mobility. Charging times comparable to fueling times in conventional internal combustion vehicles are nowadays feasible, given the current availability of fast charging technologies. The main contribution of this paper is the analysis of the planning method and the investment requirements for the necessary infrastructure, including the definition of the Maximum Distance between Fast Charge (MDFC) and the Basic Highway Charging Infrastructure (BHCI) concepts. According to the calculations, distance between stations will be region-dependent, influenced primarily by weather conditions. The study considers that the initial investment should be sufficient to promote the EV adoption, proposing an initial state-financed public infrastructure and, once the adoption rate for EVs increases, additional infrastructure will be likely developed through private investment. -
On the Potential for One-Way Electric Vehicle Car-Sharing in Future Mobility Systems T ⁎ Richard Mounce , John D
Transportation Research Part A 120 (2019) 17–30 Contents lists available at ScienceDirect Transportation Research Part A journal homepage: www.elsevier.com/locate/tra On the potential for one-way electric vehicle car-sharing in future mobility systems T ⁎ Richard Mounce , John D. Nelson Centre for Transport Research, School of Engineering, University of Aberdeen, Fraser Noble Building, Aberdeen AB24 3UE, UK ARTICLE INFO ABSTRACT Keywords: City transport systems often struggle to cope with high volumes of traffic and become congested, Car-sharing despite the use of various traffic management strategies. The concentration of traffic around city Electric vehicle centres results in pollution and poor urban air quality, although the increasing popularity of Charging electric vehicles is helping ameliorate these effects. One reason for the growing momentum Redistribution behind electric vehicles is the emergence of mobility operators such as car-sharing companies, Autonomous vehicle who target users wishing to rent out vehicles on a short-term basis. There is currently rapid growth in one-way car-sharing, in which the vehicle can be dropped off at a different location to the pickup point. Crucially, one-way car-sharing gives the opportunity for travellers to utilise car- sharing in conjunction with other modes, such as public transport modes, for their journey provided the requisite intermodal connections are present. This paper looks at how one-way electric vehicle car-sharing systems have the potential to become important components of future city transport systems. The future role of shared autonomous vehicles is also considered. 1. Introduction Towns and cities are very significant to transport, with larger cities being of greater significance. -
Elektrikli Arabanin Türkçesi Geliştirme Raporu
Türkçe ELEKTRİKLİ ARABANIN TÜRKÇESİ GELİŞTİRME RAPORU ELEKTRİKLİ ARABANIN TÜRKÇESİ Geliştirme Raporu Yazarlar Kaan Özgen Mert Akdemir Mustafa Özen Oğuzhan Subaşı Uğur Şahin Ankara ‐ Türkiye, Ocak ©2010 Tüm Hakları Saklıdır İçindekiler Kısaltmalar listesi......................................................................................................IV Figürler listesi ...........................................................................................................VI BÖLÜM 1: GİRİŞ ....................................................................................................... 1 1.1 Motivasyon ........................................................................................................2 1.2 Problem tanımı ve hedefler...............................................................................2 1.3 Proje kapsamı ....................................................................................................3 BÖLÜM 2: PROJEYE BAKIŞ........................................................................................ 5 2.1 Pazar araştırması ...............................................................................................5 2.1.1 Akaryakıtla çalışan otomobil pazarı araştırması ................................5 2.1.2 Elektrikli araç modelleri araştırması ...................................................5 2.1.3 Model seçimi.....................................................................................12 2.1.4 Fiyat tahmini .....................................................................................12