Intersezioni

Total Page:16

File Type:pdf, Size:1020Kb

Intersezioni (Mappa proposta in : www.cityrailways.net ) Intersezioni Mobilità e nuove forme di turismo nelle aree urbane. Verso Europa 2020 Tonioloricerche 87 – ottobre 2016 Introduzione alle schede L’11 luglio 2016 è stato presentato a Roma – e trasmesso alle Nazioni Unite – il Rapporto nazionale sullo sviluppo urbano sostenibile 1. Il Rapporto è redatto in base agli impegni richiesti dalla Conferenza 2 ONU Habitat III che si svolge a Quito dal 17 al 20 ottobre 2016. Tra i molteplici spunti offerti dal testo ci si sofferma, in questa ricerca, sulle intersezioni 3 tra mobilità e promozione delle nuove forme di turismo 4. La rassegna, però, non prende in esame solo quanto deliberato nelle città metropolitane 5. Ad esse qui si affiancano 24 aree urbane di indubbio rilievo o per le connessioni con le nuove istituzioni metropolitane o per la loro propria peculiare fisionomia o per essere polarità entro contesti regionali policentrici 6. Questo approccio conoscitivo si basa anche su una interessante ricerca presentata il 6 dicembre del 2013 ed esplicitamente dedicata alle aree metropolitane 7, sul testo ANCI IFEL L’Italia delle città medie (2013), sulla più recente riflessione del CENSIS Il ritorno ad una dimensione territoriale del Paese (13 giugno 2016). Nella presentazione della prima ricerca leggiamo: “Tutte le aree metropolitane analizzate presentano un’elevata concentrazione di funzioni (residenza, produzione e servizi) e di flussi (persone e merci). Anche i servizi di leisure e quelli di pubblica utilità presentano una densità di addetti molto superiore nelle aree metropolitane (rispettivamente 46 contro 5 e 80 contro 8). Rispetto ai flussi, la mobilità nelle aree metropolitane si caratterizza per una forte concentrazione. Al loro interno, si spostano quotidianamente oltre 5,5 milioni di persone, pari al 53 per cento del totale dei pendolari”. In conclusione della premessa nel secondo testo leggiamo: “ Le realtà medie sono soprattutto quei centri in cui si concentra una maggiore qualità della vita, e che possono, pertanto, svolgere un importante ruolo di “decompressione ” delle criticità che spesso affliggono le città di più grandi dimensioni”. Nel terzo testo - alla conclusione dell’analisi - il CENSIS osserva: “ Il territorio invece di essere fattore di protezione deve diventare fattore di proiezione: cosa che richiede un salto di qualità nella capacità di sviluppare relazionalità, di promuovere azioni coordinate a livello di area vasta , comprendendo l’importanza della costituzione di aree funzionali con una massa critica adeguata”. Su queste basi - osservando con attenzione anche le documentazioni 8 di EUROSTAT, ESPON, Comitato delle Regioni 9 e gli orientamenti fissati dal Patto di Amsterdam 10 verso le rinnovate Agende 11 - si realizza un essenziale percorso probabilmente utile nel vicino futuro…. Gianni Saonara 1 Testo in italiano disponibile anche in : www.asvis.it 2 Portale : www.habitat3.org . 3 Le 11 schede introduttive e & S. Bucci Flessibile, tollerante, complessa. La città ha un altro futuro , “La Lettura”, 10 luglio 2016. L’articolo precede i lavori di Urban Age / Shaping Cities , Venezia, Teatro delle Tese, Arsenale della Biennale 14 e 15 luglio 2016. 4 XX Rapporto sul turismo in Italia (curato da IRISS CNR) 24 giugno 2016. Sul turismo digitale rinvio a : www.osservatori.net e : www.ifitt.org . Sull’innovazione digitale rinvio ai materiali in : www.i-com.it . 5 : www.cittalia.it Sulle possibili evoluzioni: & P. Fassino Quella competizione che danneggia Milano e Torino , La Repubblica , 2 settembre 2016. 6 Rinvio al workshop di ESPON Polycentric Territorial Structures and Territorial Cooperation: What, where and how? Bruxelles, 14 Settembre 2016 : www.espon.eu . 7 & M. Boffi M. Colleoni P. Palvarini Le aree metropolitane in Italia e i loro caratteri socio territoriali in : www.unimib.it . La ricerca ANCI IFEL in : www.centrodocumentazionecomuni.it . Studio CENSIS in : www.censis.it 8 : www.ec.europa.eu/eurostat/ 9 7° summit delle Regioni e Città, Bratislava 7 e 8 luglio 2016 : www.cor.europa.eu ; 10 : www.urbanagendaforthe.eu 11 Rinvio ai materiali disponibili anche in : www.urbanit.it 2 Veicoli per il trasporto pubblico 12 – Europa 2013 12 EUROSTAT Regional Yearbook 2015. 3 2014: Il trasporto pubblico locale nell’Unione Europea 13 13 UITP Statistics Brief - giugno 2016. : www.uitp.org . 4 Qualità e soddisfazione nei trasporti locali 14 14 Commissione Europea Flash Eurobarometer 419 – Quality of life in European Cities 2015 – gennaio 2016. 5 The level of satisfaction with public transport varies significantly between EU capitals. Four EU capitals are among the top 10 cities in terms of satisfaction: Wien, Helsinki, Praha and London. However, also 4 EU capitals are among the 10 cities with the lowest levels of satisfaction: Roma, Lefkosia, Valletta and Bucuresti. 6 Respondents were also asked which type of transport they use most often on a typical day. ► As indicated in the chart below, there is considerable variation between cities in the proportion that uses public transport on a daily basis, ranging from 80% in Paris to 5% in Lefkosia. ► Public transport is mostly used in the capital cities rather than in the other cities. ► Among the top 15 cities using public transport, 10 are EU capitals. If we examine satisfaction with public transport in relation to daily transport use, a complex pattern emerges. As the graph below indicates, there is not a strong correlation between satisfaction with, and daily use of, public transport. Some cities show high levels of satisfaction alongside high usage of public transport; for example Zurich and Wien register the highest satisfaction levels, and also have large proportions of respondents using public transport as their main mode of transport. Equally, satisfaction levels are among the lowest in Palermo, Lefkosia and Oulu, and these cities also feature at the bottom in terms of public transport usage. However, there are also cities which register high levels of satisfaction alongside relatively low levels of public transport use (e.g. Rotterdam), as well as those with low satisfaction alongside high public transport use (e.g. Bucuresti). 7 Il trasporto pubblico locale. Un confronto Europeo 15 15 Slide presentate da ASSTRA e UITP al XII Convegno Nazionale, Cagliari 12 e 13 novembre 2015. 8 Cities 16 towards Mobility 2.0: connect, share and go! 16 Smart choices for city: Cities towards Mobility 2.0 : www.civitas.eu . 9 10 Mobilità e Trasporto Pubblico Locale 17 ° “Secondo le stime dell’Osservatorio “Audimob” di ISFORT, nel 2014 la domanda complessiva di mobilità in Italia ha confermato il trend positivo iniziato nel 2013: +11,5% di spostamenti in giorni feriali. Rispetto al 2000 si registra un aumento del 13,6% in termini di passeggeri*km, mentre si ha una flessione del 5,1% tra il 2013 e il 2014. ° Questo dato rappresenta una novità e trova ragione in una diminuzione del percorso medio per viaggio. In questo contesto, la quota del trasporto pubblico locale sulla domanda di mobilità complessiva è stata nel 2014 pari al 11,8%, a fronte del 65,6% di spostamenti con auto, del 19,1% a piedi e in bicicletta e per 3,5% in moto. Rispetto all’anno precedente la quota coperta con il trasporto pubblico locale è aumentata dell’11,8%. ° Ancor più significativo è l’aumento della quota di mobilità “sostenibile”; il numero di spostamenti effettuati a piedi o con bicicletta sale del 26% rispetto al 2013, incremento più significativo registrato tra le varie modalità di trasporto. ° Secondo ISFORT, tale dato è da porre in relazione da un lato ad una maggiore sensibilità per la sostenibilità ambientale e dall’altro ad una maggiore attenzione alle modalità di trasporto alternative di condivisione ( sharing economy ). Negli ultimi anni, la quota di mercato del mezzo pubblico si è ampliata come la domanda totale di spostamenti, segnalando che una parte dell’incremento della domanda è stata soddisfatta dal trasporto pubblico locale”. 17 Autorità di regolazione dei trasporti (ART) Terzo rapporto annuale al parlamento , Camera dei Deputati 14 giugno 2016. 11 ° “La mobilità collettiva ha sofferto in particolar modo nei centri di medie dimensioni; lo split modale nei Comuni con oltre 250 mila abitanti evidenzia nel 2014 una quota dei mezzi di trasporto pubblico al 31,9% (circa mezzo punto in più rispetto al 2013). ° Nei Comuni da 100 a 250 mila abitanti la quota dei mezzi pubblici copre solo il 10,7% (mentre nel 2013 era pari al 10,1%) e nei Comuni con meno di 100 mila abitanti la quota è pari a 5,7%. ° La crescita della quota di utilizzo di un mezzo pubblico per gli spostamenti extra-urbani è più pronunciata tra chi si muove dalle città medie (dal 10,3% degli spostamenti nel 2008, all’11,3% nel 2012, al 14,3% nel 2013 e al 17,6% nel 2014). ° In media, la percentuale a livello nazionale dei movimenti extra-urbani su mezzi pubblici passa dal 13,9% nel 2013 al 15% nel 2014. Essa è comunque in aumento. Per ciò che riguarda la ripartizione tra “gomma” e “ferro” (metropolitana, tram, treno suburbano, altri sistemi a guida vincolata) nel trasporto pubblico urbano, nel 2014 aumenta l’incidenza del “ferro” sia nelle grandi città (con popolazione superiore a 250 mila abitanti) che in quelle con oltre 100mila abitanti”. ° “In ambito urbano, la combinazione di più mezzi di trasporto per gli spostamenti è salita dal 3,8% del 2013 al 4,3% del 2014. ° L’utilizzo dell’intermodalità è ancora più pronunciato nelle città con popolazione superiore ai centomila abitanti, dove la percentuale sale nel 2014 a 7,9%, anche in questo caso con una ripresa rispetto al 2013. Con il dato 2014 il peso dell’intermodalità in Italia appare triplicato rispetto a quello nel 2004”. • “Sul totale degli spostamenti intermodali, nel 2014 si conferma la dominanza della combinazione “mezzo pubblico con mezzo pubblico”, con circa il 60% di tutte le scelte integrate di viaggio.
Recommended publications
  • Study on Urban Access Restrictions Final Report
    TREN/A4/103-2/2009 Study on Urban Access Restrictions Final Report Rome, December 2010 TREN A4/103-2/2009 1 Table of contents List of Figures ..................................................................................................................................................... 4 List of Tables ...................................................................................................................................................... 7 Executive Summary .......................................................................................................................................... 9 1. Objectives and methodology of the study ................................................................................................ 11 1.1 Desk Work ................................................................................................................................................. 13 1.2 Consultation .............................................................................................................................................. 15 1.2.1 City Survey ............................................................................................................................................. 15 1.2.2 Stakeholders Consultation ..................................................................................................................... 16 2. Review of Access Restriction Schemes in Europe ..................................................................................... 19 2.1 Introduction
    [Show full text]
  • Pdf Download
    Promoting Electric Public Transport TRO LL EY Project Output 3.1.4: Transnational Manual on Advanced Energy Storage Systems – Part 1 - On-board energy storage systems for trolleybus systems as of September 2013 Prepared by: TEP Parma (external expert: EQC S.r.l.) Barnim Bus Company mbH (external expert: Cegelec Status: Final Version Dissemination level: Public Document The TROLLEY project is implemented through the CENTRAL EUROPE Programme co financed by the ERDF TROLLEY Transnational Manual on Advanced Energy Storage Systems This document has been prepared by the authors in the framework of the TROLLEY project. PART A: On-board energy storage with supercapacitors in Parma Author: TEP S.p.A. PART B: Installation of the lithium-ion-battery for the combined on-board energy storage system for Europe’s first “Trolley-Hybrid-Bus”. Author: Barnimer Busgesellschaft mbH Any liability for the content of this publication lies with the authors. The European Commission is not responsible for any use that may be made of the information contained herein. TROLLEY Transnational Manual on Advanced Energy Storage Systems 2 of 85 TROLLEY Transnational Manual on Advanced Energy Storage Systems Table of Contents PART A (TEP) 1. Introduction and Overview 1.1 Trolleybuses in Parma 1.2 Energy Storage with Supercapacitors 1.3 Objectives 2. Optimising Energy Use 2.1 On-board Storage System 2.2 Market Overview (Example from Milan) 3. Analysis of tender offers 3.1 Overview 3.2 Supercaps 3.3 Start-up stage of the supercap-equipped vehicle 3.4 Braking stage of the supercap-equipped vehicle 3.5 Specific energy consumption 3.6 Supercap test in Milan ANNEX 1 - Data processing for the tests in Milan 3.7 Supercap test in Parma ANNEX 2 - Data processing for the tests in Parma PART B (BBG) 1.
    [Show full text]
  • Transit Talk Vol
    TRANSIT TALK VOL. 41 Edmonton Launches Battery Bus Service Eleven years after the City of Edmonton scrapped its 140 km electric trolleybus system in a backward move that will live in infamy, electric buses of sorts have returned to its streets. The new vehicles are battery buses, built by American manufacturer Proterra. Although only about half as energy efficient overall as trolleybuses, the vehicles are just as quiet and just as fume-free in the streets, where the noxious fumes from diesel buses have the greatest potential for harm. 21 of the new battery- electric buses debuted in August, with the remainder of an order of 40 vehicles to follow. Built in South Carolina, the buses run off long-range batteries, which are charged overnight using electricity from the grid at overhead charging stations in the garage. Edmonton is one of only a few cities in North America to employ this particular type of charging technology. The buses can travel up to 350 km on a single charge. The vehicles are considered a “long range battery bus”. Transit Branch Manager Eddie Robar explained: “We chose a long-range charge bus because that gives us effectively the same capability we have with our diesel buses today — we can do the same things with our electric bus. We get a full service day from that bus. We’re able to apply it to any route or any location in the city. We’re not restricted by where we need to charge the bus at what time of day. It goes back to the garage, it charges overnight and it’s back out for a full day of service the next day.” The 40-foot Proterra Catalyst E2 MAX vehicle boasts 660 kWh of onboard energy and Proterra’s DuoPower drivetrain.
    [Show full text]
  • The Proposed Trolleybus Scheme for Leeds Statement of Case
    THE PROPOSED TROLLEYBUS SCHEME FOR LEEDS STATEMENT OF CASE. Christopher Todd (Emeritus professor French, University of Leeds) (January 2014) (The Monday morning rush hour on Headingley Lane) Contents ABSTRACT……………………………………………………………... p.3 Introduction……………………………………………………………….p.4 I) This is the wrong route for a rapid transit system a) historic reasons for the choice of route ………………………..p.4 b) trams …………………………………………………………...p.7 c) traffic on the A660 ……………………………………………..p.9 d) competition with ordinary bus services ………………………..p.13 e) congestion and park-and-ride ………………………………….p.16 II) A trolleybus is the wrong choice a) a second-best alternative …………………………………........p.18 b) trolleybus systems abroad ……………………………………..p.19 c) better ecological alternatives ………………………………….p.24 d) improvements to traffic flow, not needing a trolleybus ………..p.27 III) The inadequacies of the consultation exercise a) from 2008 to 2013 ……………………………………………...p.28 b) the Leeds Civic Trust and property developers ………………..p.32 c) Gateway ………………………………………………………...p.34 d) representative democracy in Leeds …………………………….p.35 e) promises, promises ……………………………………………..p.36 Conclusion………………………………………………………………...p.39 [N.B. This document is a much revised, expanded and up-dated version of one I prepared in August 2013 entitled ‘Why I Oppose The Proposed Trolleybus Scheme For Leeds’, which has been put on line at http://newgenerationtransport.com/why-i-oppose-the- proposed-trolleybus-scheme-for-leeds/ ] 2 ABSTRACT. Speaking essentially about the northern part of the route, my criticism of the trolleybus scheme is divided into three parts. In the first of these, I explore the reasons why the A660 has always been an unsuitable route for rapid transit systems from the time of the Beeching report onwards, via Supertram (as was already clearly indicated in 1977 in the initial appraisal of possible new tram routes).
    [Show full text]
  • ANM Inaugurates the Electric Car Charging Network in Naples Be Charge Active in Bagnoli the First 6 Columns a Complete Project Will Be 180
    PRESS RELEASE ANM inaugurates the electric car charging network in Naples Be Charge active in Bagnoli the first 6 columns A complete project will be 180 Bagnoli (NA), 25 May 2021 - Twelve charging stations active from today in Bagnoli and via Argine, three by the end of the month in Porticelli,a kick off of a seriesof 180 charging stations in all anm parking lots. This means the inauguration of the first public electric charging hub for cars built in Naples by Be Charge, the company that was commissioned by Anm to install the network. From today those who have an electric car will be able to park it in Bagnoli and put it in charge, giving the sign that Anm wants to contribute to give to the mobility of the city of Naples. "Charging stations for electric cars are one of the signs of our look to the future, to make it present," explains Anm's chief executive Nicola Pascale. In recent months we have committed ourselves with determination to carry out the project that will soon equip the city with 180 charging stations, pushing the Neapolitans to choose electricity as fuel, eliminating their weight on the air quality of their city. The columns are an important piece of a route: in the last two years we have introduced 180 new very low-emission buses, we are finishing testing the new trains for Metro line 1, we are about to activate the new trolleybus towards the hospital area. A work that Anm is carrying out looking at the objectives set by the EU that in the 2020 Green Deal that aims to achieve climate neutrality in Europe by 2050, starting from the reduction of emissions by at least 55% by 2030».
    [Show full text]
  • SWOT-Analysis LP- Aufbauwerk Region Leipzig Gmbh
    1 Joint regional analysis of the current situation/ SWOT-Analysis LP- Aufbauwerk Region Leipzig GmbH 2 Table of Content 0 Overview of DEMO-EC .............................................................................................................................................. 4 1 Introduction of SWOT-Analysis within DEMO-EC ..................................................................................................... 5 2 Analysis of partner regions ....................................................................................................................................... 6 2.1 PP2 – City of Leipzig .......................................................................................................................................... 6 2.1.1 Overview ................................................................................................................................................... 6 2.1.2 Governance and Participation .................................................................................................................. 8 2.1.3 Car reduction ............................................................................................................................................. 9 2.1.4 Public transport ....................................................................................................................................... 10 2.1.5 E-Mobility ...............................................................................................................................................
    [Show full text]
  • Conference Brochure
    IAML Annual Conference Naples, Italy July 20-25 2008 www.iamlnapoli2008.it ,Nc��:• ���e: . àt � ":. b. Ï . •-. • -V�� • � :: • , , ; 1 , , ' '-! � Ifru. M • .ts 1 4.1 �_u , - l yl •aF/+ ____I �� r_ïi� R ��: . - � ` m m m��= � �reut � 3' .... �. � � ,; i ` :��+1� R � -'� .�,,:;,.•�+ _,2� ir4 Cr,p+( O 5 Nnlnh,lLo ✓• Santa Teresa- y0 degli Stahl Pretura ÿ Mcrdr. n X P uraCarewCaro ...., r.t.,,ri Pi,i2zd ") ô Museo Archeologico ;OV0. Madre S Nana v/ACAQeOryARA CapPorta ' uanai Fran Naztonale dl Napoli C,P Donnaregint P.a12a J •*. E De Nicola nPiazza Pn;iee Mae,• Q�P� Orpedale ,a ÿ 'ft' NCapuanoCastel jWR A L'nt.� -rt❑ drgli Iniurabili .� •.t� ? � ' OFQ V p Duomo O ry.IATOa Pinacoteca X del Glrolaminl ,`P Actadtmu di +. Belle Aru '' SaP`cnts 5 Gan- Planse • - Pia z 1.1 S Polito <Santa Maria JO San Paolo Ma u« Geaiesi Itaria della Sapienu. Maggiore • - G Pie M• onte F Y.,.. apoll b dtlla Mlsericordla 9 o irt Teatro`, PiazzanSan Lorenzo ° 'll'in raoa Bellini `I 7 San •; Maggiore Dspedale � O Gregorlo �Y'%� Astalesi�0E0. � ppella Armeno °y, n+,y oc,. Sansevero .J .:-...z. Palauo J ` W Cuomo � • Dante San L, COQ O oa "  fe j Domenico U Sant'Angelo Piazza Maggiore J a Nap A eer,. SM je. di State Pe(13 (umana Dante , e OC net a s v� � Mort.- ban. Gesù v.•s '4117',1;1 Ospedak dei Nuovo ..JU 1 O 'a Corso 'lAtta PellrRr�n, ,F„ Umberto 1 Mere ate -�`� STATIONS Spirite I 0 ? yq ,� MONTFSANTO Santo Pal '�I � ,/ Santa .r _ 7 , � „r.rele bliew ,, u�pza MaddPalazzo ------ Chiera Yenlis ti0 del Cûmine u nhdal ,' G Gr avim il `� Unhcrsiti 06A ,,, Centro Muset tP NUOVA MARINA ,,, v delle Scienze , J"' Sant'Anna J Palazzo Natural) 50 .J o del Lombardi , Monteollveto Penns °0.
    [Show full text]
  • Cross-Border Cooperation for Energy-Efficient
    Cross-border Cooperation for Energy-Efficient MUSE Sustainable University Mobility Guidelines for Public Administrations related to energy efficient mobility Content 3 INTERREG V-A Italy-Slovenia - MUSE PROJECT 7 1. Introduction 9 2. Sustainable (green) and energy efficient transport 10 2.1 Green Transport Modes page 9 13 2.2 Green Transport Infrastructure 15 3. Transport and mobility 15 3.1 Transport and Mobility at state level page 10 39 3.2 Mobility at University level 43 3.3 Mobility at cross-border level 47 4. E-Mobility 47 4.1 E-Cars demand survey in Italy and Slovenia 4.2 Key legislation and standards - EU page 21 page 14 49 50 4.3 Key legislation and standards - Slovenia 51 4.4 Key legislation and standards - Italy 52 4.5 Communication between: an electric vehicle and relevant infrastructures 55 4.6 Environmental impact of E-Mobility 5. Measures and Indicators of sustainable transport and 56 energy efficient mobility 57 5.1 Lessons learned form best practices in Slovenia and Itlay page 43 60 5.2 Organizational and Technical Strategies and Measures 65 5.3 Indicators by Category page 46 66 Sources 68 Contacts 2 Guidelines for PA related to energy efficient mobility INTERREG V-A ITALY-SLOVENIA - MUSE PROJECT The INTERREG V-A Italy-Slovenia was approved and officially noticed by the European Commission in 2015. The Programme area extends over a total surface of 19,841 km² and has a total population of approximately 3 million inhabitants. The entire Programme area includes 5 Italian NUTS3 level regions (provinces of Venice, Udine, Pordenone, Gorizia and Trieste) and 5 Slovenian statistical regions (statistical regions of Primorsko-notranjska, Osrednjeslovenska, Gorenjska, Obalno-kraška and Goriška).
    [Show full text]
  • Electrification of Public Transport: Methodologies and Tools to Assess Its Feasibility Around the World and Transferability Across Europe
    Electrification of Public Transport: Methodologies and Tools to Assess Its Feasibility around the World and Transferability across Europe Faculty of Civil and Industrial Engineering Master’s Degree in Transport Systems Engineering Marjorie M. de Belen 1691392 Supervisor Maria Vittoria Corazza, M. Arch, PhD A.Y. 2016/2017 Table of Contents 1 Introduction .................................................................................................................................... 1 1.1 Background of the Study ......................................................................................................... 1 1.1.1 Feasibility and Transferability Study ............................................................................... 5 1.2 Objectives of the Study ........................................................................................................... 5 1.3 Scope and Limitations ............................................................................................................. 5 1.4 Assumptions ............................................................................................................................ 6 1.5 Policies and projects towards sustainable transportation ..................................................... 6 1.5.1 CIVITAS: Cleaner and Better Transport in Cities ............................................................. 6 1.5.2 TROLLEY: Promoting Electric Public Transport ............................................................... 7 1.5.3 ELIPTIC: Electrification of Public
    [Show full text]
  • Session 1 Electrically Powered BRT Systems Erik Lenz
    Electrically powered BRT Systems BRT Tenth Annual Conference Erik Lenz 01.12.2015 Glasgow 2 Modern e-bus propulsion systems Content Concept presentation e-bus Company presentation: Kiepe in the Vossloh Group Why electrical traction? Propulsion systems for e-buses Charging concepts Why Kiepe? Corporate Structure Kiepe in the Vossloh group Core Components Customised Modules Lifecycle Solutions Transportation Mass-produced products, Vossloh has been fitting rail Services to secure asset retention Diesel locomotives, urban public developed and industrially networks with complete switch of railway lines. In particular, transport rail vehicles and electrical manufactured in house, that are systems and associated these include preventive care, components for trams and buses. needed in large numbers for rail components for decades - and to maintenance/repair as well as Business units: infrastructure projects – first and cover all fields of application. just-in-time rail logistics. foremost for track fastening Vossloh Locomotives Focus: modular solutions Focus: specialised services to systems. Vossloh Kiepe customised to suit specific projects cover the rail lifecycle. Focus: standardised products in Turnover: €233.8 million Turnover: €473.1 million Turnover: €69.6 million large numbers. Employees: 1,295 Employees: 2,555 Employees: 346 Turnover: €331.0 million Employees: 636 5 Vossloh Kiepe Facts and Figures Vossloh Kiepe GmbH – Düsseldorf Electrical Systems / Components / Service / Modernization Vossloh Vossloh APS Vossloh Vossloh Vossloh
    [Show full text]
  • Take-Up Guide for the Replacement of Urban Diesel Buses by Trolleybuses
    Take-up guide for the Replacement of urban Diesel buses by Trolleybuses im Auftrag der Leipziger Verkehrsbetriebe GmbH (LVB) Rail&Bus Consultants GmbH Fritz-Vomfelde-Straße 6 40547 Düsseldorf Verkehrs-Consult Leipzig Martin-Luther-Ring 13 04109 Leipzig This publication has been prepared by the authors in the framework of the TROLLEY project. The TROLLEY project is implemented through the CENTRAL EUROPE Program co financed by the ERDF Any liability for the content of this publication lies with the authors. The European Commission is not responsible for any use that may be made of the information contained herein. Take-up guide for the Replacement of urban Diesel buses by Trolleybuses I-1 Context 6 I-2 The trolleybus: the most efficient electric heavy duty public transit vehicle available today 7 I-3 The vehicles 9 I-4 The electrical infrastructure 11 I-5 Capital and operational budget planning 15 I-6 A cost calculation model 17 I-7 The business case 19 I-8 Detailed development up to the pre-tender 20 I-9 Marketing and communications issues and challenges 21 I-10 Conclusion 23 II Trolley operation 24 II-1 Worldwide trolleybus operations 24 II-2 Trolleybus operations 25 II-3 Advantages of the trolleybus 31 II-4 Sources of energy to produce electricity for trolleybus systems 32 II-5 Relative capacities of public transit modes? 34 II-6 Trolleybus technologies 35 III Technical Principles of Trolleybus Systems 43 III-1 AP1: Principles of Power Supply for Urban Bus Systems 43 IV Feasibility Study for Leipzig 53 IV-1 AP1: Basic permission regulations
    [Show full text]
  • Italy Rail Report 2011 ENG-Final
    The Rail Market in Italy 2011 Brooks Market Intelligence Reports, part of Mack Brooks Exhibitions Ltd www.brooksreports.com Mack Brooks Exhibitions Ltd © 2011. All rights reserved. No guarantee can be given as to the correctness and/or completeness of the information provided in this document. Users are recommended to verify the reliability of the statements made before making any decisions based on them. Contents Introduction 4 1. Government 5 Ministry of Infrastructure and Transport 5 Political and funding environment 5 Subsidised services 6 Open access and regulation 6 European projects 7 2. Italian Railways: FS Group 8 Gruppo Ferrovie dello Stato (FS Group) 8 Rete Ferroviaria Italiana SpA (RFI) 10 High-speed/high-capacity (Alta velocità/Alta capacità 10 - AV/AC) lines Urban junctions 12 Messina Straits bridge 12 Other RFI investments 13 Major international projects 14 Trenitalia SpA 16 Passenger 16 Freight 17 Traffic 18 Rolling stock 18 3. Italian regional government and local railways 21 Abruzzo 21 Basilicata 22 Calabria 22 Campania 22 Emilia-Romagna 23 Friuli-Venezia-Giulia 24 Lazio 24 Liguria 24 Lombardia 25 Marche 26 Molise 26 Piemonte 26 Puglia 26 Sardegna 28 Sicilia 28 Mack Brooks Exhibitions Ltd © 2011 2 Toscana 28 Trentino-Alto Adige 29 Umbria 29 Valle d’Aosta 30 Veneto 30 4. Open access train operators active in Italy 31 Passenger operators 31 Freight operators 32 5. Urban rail systems in Italy 35 Bergamo 35 Brescia 35 Bologna 35 Cagliari 35 Catania 36 Firenze 36 Genova 36 Messina 36 Milano 36 Napoli 37 Palermo 38 Parma 38 Roma 38 Sassari 38 Torino 39 Trieste 39 Verona 39 Mack Brooks Exhibitions Ltd © 2011 3 Introduction In terms of route-km, Italy’s railway network is the fourth largest in Europe, after those of France, Germany and Poland.
    [Show full text]