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AnsaldoBreda

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Type
  
Società per Azioni

Area served
  
Worldwide

Founded
  
2001

Defunct
  
2015

Industry
  
Engineering

Headquarters
  
Naples, Italy

Number of employees
  
2,400

AnsaldoBreda httpsuploadwikimediaorgwikipediait88bAns

Predecessor
  
Ansaldo Trasporti and Breda Costruzioni Ferroviarie

Key people
  
Maurizio Manfellotto (President & CEO)

Products
  
Rail transport vehicles

Parent organization
  
Leonardo S.p.A. (2001~2015)

Hitachi Rail Italy S.p.A. (HRI) is a rail transport engineering company based in Italy whose main products are designing and manufacturing of railway and mass transit vehicles. Formerly AnsaldoBreda S.p.A., a subsidiary of Finmeccanica, the company was sold to Hitachi in February 2015, along with the 40% share of Ansaldo STS that Finmeccanica owned. After the deal was finalized, the current name was adapted in November 2015 to reflect the new ownership.

Contents

Company details

In 1853, the company Gio. Ansaldo & C. was registered in Genoa as a manufacturer of steam locomotives, rail rolling stock and steam engines. The company was supported by the Minister of Finance, Camillo Benso, Count of Cavour, who aimed to reduce the State of Savoy's dependence on imported trains and rolling stock.

In 1886, Ernesto Breda founded Ing. Ernesto Breda and C., the company which became Società Italiana Ernesto Breda (SIEB) in 1899.

In 1989 both Ansaldo and Breda participated in a consortium for the design and manufacturing of the ETR500 high speed train.

AnsaldoBreda was formed in 2001 by the merger of Ansaldo Trasporti and Breda Costruzioni Ferroviarie, and was part of the Finmeccanica group. It has production sites at four locations in Italy: Naples, Reggio Calabria, Palermo, and Pistoia.

The company employs about 2,400 people. Salvatore Bianconi was the Chief Executive Officer of AnsaldoBreda from 2008 to 2011, when he was succeeded by Maurizio Manfellotto.

On 2 November 2015 AnsaldoBreda was sold and changed its name to Hitachi Rail Italy.

Production History

Ansaldo entered the age of the steam locomotive in 1854 with its model FS113, also known as Sampierdarena.

In 1908 SIEB's thousandth locomotive was built, a model FS 685 with serial number 600 now preserved in the Leonardo da Vinci Museum of Science and Technology in Milan. It used Caprotti valve gear.

In 1936 Breda (SIEB) entered the electric locomotive era with the production of the FS Class ETR 200 series electric multiple unit. In 1939 this type set the land speed record for rail vehicles at 203 km/h (126 mph). Although only 18 trains of this type were constructed they remained in service for a long time until they were finally withdrawn from service in 1993.

In 1976 the FS ETR 400 entered service. Fiat Ferroviaria manufactured the body and bogies, whilst Ansaldo produced the power unit. It was the first train in the world featuring active body tilting to enter commercial service and was capable of speeds of up to 250 km/h (160 mph).

The TREVI Consortium, of which Ansaldo and Breda Costruzioni Ferroviarie were members, introduced the high speed FS ETR 500 series in 1989 . The first high-speed trains to run on Turkish rails were two ETR 500 train sets leased from Trenitalia of Italy and were used for testing the completed part of the high-speed railway network between Eskişehir and Ankara on April 23, 2007. During the tests, ETR 500 Y2 achieved the current rail speed record in Turkey, reaching 303 km/h. The train was capable of exceeding 300 km/h (190 mph). It reached 362 km/h (225 mph) in the Monte Bibele tunnel between Florence and Bologna in 2009, setting a speed record for trains in a tunnel.

Another high speed train Frecciarossa 1000 high speed train was developed in a consortium with Bombardier Transportation. The first ETR1000 was christened Mennea in honour of the Italian athlete Pietro Mennea who had died five days earlier. Besides the construction of locomotives, AnsaldoBreda manufactures railway cars, trams, and trains for commuter rail, high-speed rail, and main lines. AnsaldoBreda has also developed a driverless multiple unit train.

Since acquired by Hitachi, production of some British Rail Class 802 has been shifted to Hitachi Rail Italy's Pistoia plant due to Hitachi Rail's Newton Aycliffe, England plant being at capacity.

Finances

'Finmeccanica' and Hitachi announced on November 2 the 'closing of transactions' covering the acquisition by Hitachi of AnsaldoBreda and Finmeccanica’s 40% stake in Ansaldo STS. Under the agreements signed on February 24, following a dividend distribution announced on March 6, the purchase price for Finmeccanica’s stake in Ansaldo STS has been set at €9·50 per share, amounting to a total of €761m. The total net consideration to be paid for AnsaldoBreda as a going concern, including property assets, amounts to around €30m.

Denmark

  • AnsaldoBreda Driverless Metro for Copenhagen Metro.
  • diesel multiple unit IC4 for DSB
  • Greece

  • AnsaldoBreda Sirio for Athens Tram.
  • Italy

  • high-speed ETR 500 for Trenitalia of Ferrovie dello Stato Italiane.
  • high-speed Frecciarossa 1000 for Trenitalia of Ferrovie dello Stato Italiane.
  • locomotive E.402
  • locomotive E.403
  • multiple unit Treno Servizio Regionale (TSR) for LeNORD.
  • multiple unit Treno ad alta frequentazione (TAF) for Ferrovie Nord Milano.
  • three-car articulated units ETR 211 Metrostar for Circumvesuviana. The Circumvesuviana operate a fleet of twenty-six "Metrostar".
  • Meneghino for Milan Metro.
  • Leonardo for Milan Metro.
  • AnsaldoBreda Driverless Metro for Milan Metro Line 5 of Milan Metro.
  • AnsaldoBreda Sirio for Tramvie Elettriche Bergamasche of Bergamo.
  • AnsaldoBreda Sirio for Rete tranviaria di Firenze of Florence.
  • AnsaldoBreda Sirio for Naples tramway network of Naples.
  • AnsaldoBreda Sirio for Sassari metro-tramway of Sassari.
  • Morocco

  • multiple unit TAF Z2M for ONCF. The ONCF operates a fleet of 24 trains.
  • Norway

  • electric multiple unit NSB Class 72 for Norwegian State Railways. The NSB operates a fleet of 36 trains.
  • multiple unit SL95 for Oslo Tramway. The Oslotrikken operates a fleet of 32 low-floor, articulated trams. Over the years, AnsaldoBreda has updated the equipment to meet the requirements and demands of the operator in Norway.
  • Spain

  • multiple unit AnsaldoBreda series S7000 operates mainly on the Line 10 (Madrid Metro) Madrid Metro. The Madrid Metro operates a fleet of 37 trains.
  • multiple unit AnsaldoBreda series S9000 for the Line 7 (Madrid Metro) Madrid Metro. The Madrid Metro operates a fleet of 53 trains.
  • Sweden

  • Defective and jerry-built AnsaldoBreda Sirio trams for Gothenburg tram network of Gothenburg.
  • Turkey

  • AnsaldoBreda Sirio for Samsun Tram.
  • United Kingdom

  • Midland Metro currently operate a fleet of 16 two carriage T69 trams in Birmingham. The fleet is being completely replaced after 14 years of service by CAF Urbos 3 trams.
  • Manchester Metrolink commenced operations in 1992 using a passenger fleet of 26 T-68 trams, with a further 6 (slightly modified) versions supplied by 2000. The entire fleet was gradually replaced by 2013.
  • Great Western Railway ordered 36 train sets of British Rail Class 802 which will be produced in Pistoia's facility.
  • United States

  • multiple unit Breda CQ312 class for the Metropolitan Atlanta Rapid Transit Authority. The Metropolitan Atlanta Rapid Transit Authority operates a fleet of 100 cars, car numbers 601-702, built by Breda, 2001–2005.
  • multiple unit AnsaldoBreda Type 8 LRV for the MBTA's Green Line in Boston. The Massachusetts Bay Transportation Authority operates a fleet of 95 LRV cars, alongside the MBTA's existing Kinki Sharyo type 7 cars. The Breda cars have been very difficult to maintain and are expected to be outlasted by their predecessors (built by Kinki-Sharyo)
  • multiple unit AnsaldoBreda LRV for the Blue and Green Lines RTA Rapid Transit of Cleveland. The RTA Rapid Transit operates a fleet of 48 LRV cars.
  • multiple unit AnsaldoBreda P2550 for the Gold Line Metro Los Angeles. The Los Angeles County Metropolitan Transportation Authority operates a fleet of 50 LRV cars.
  • multiple unit AnsaldoBreda LRV2 and AnsaldoBreda LRV3 for the Muni Metro of San Francisco Municipal Railway. The Muni Metro operates a fleet of 151 LRV cars.
  • multiple units for the Washington Metro. The Washington Metropolitan Area Transit Authority operates:
  • 1000-Series—300 units originally built by Rohr, Inc., 290 units were refurbished by Breda.
  • 2000-Series—76 units built
  • 3000-Series—290 units built
  • 4000-Series—100 units built
  • 136 cars for Metrorail (Miami-Dade County) - assembled in Medley by HRI subsidiary Hitachi Rail USA
  • 80 cars for Honolulu Area Rapid Transit (HART)
  • Delays in the delivery of trains to Denmark

    Delivery of 83 IC4 trainsets for the Danish State Railways DSB was originally planned for 2003-2006. A primary settlement was reached in May 2009. Danish State Railways shall receive the uncompleted trains from AnsaldoBreda, complete the trains itself, and shall certify the trains for public usage itself. AnsaldoBreda will pay back 2.25 billion DKK (300 million Euro).

    On 2 July 2012, the DSB announced that the Transportation Authority had approved Denmark's railway operator to put back into operation the fleet of 37 IC4s which had been withdrawn from service in November 2011.

    In December 2011, it was reported that one of the missing IC4 trainsets planned for delivery in Denmark was found in Libya. Reportedly, AnsaldoBreda and then Italian Prime Minister Silvio Berlusconi gave Libyan dictator Muammar Gaddafi the trainset as a present on the occasion of the 40th anniversary of Gaddafi's revolution in 2009.

    A secondary settlement was reached on 18 December 2012 between AnsaldoBreda and Danish railways. AnsaldoBreda will pay 98 million Euro, provide additional spare parts and upgrade the train control and management system.

    The IC4 trains have seen many technical problems during their time in service. A brake failure caused a collision even though the train drove at 30 km/hour over a distance of 121,5 meters. Smoke meant that passengers had to be evacuated. High levels of noise in the cabins meant that modifications had to be made to all delivered trains. Recordings can be heard here. Faulty and incomplete Train Control and Management System (TCMS software) has caused researchers to deem the train unfit for service. And among other things; cracks in axles, faulty sensors and a faulty generator which necessitated an evacuation.

    Fyra service suspended

    V250 train units were delivered to NS over five years later than originally contracted. Soon after the trains went into service in the Netherlands and Belgium, the V250 suffered a number of technical problems. When the first snow fell in the winter of 2012/13, some V250 trains started losing parts of their bottom plates due to ice build-up. Consequently, the Belgian railway company NMBS/SNCB declared the V250 unsafe, and the trains were taken out of commercial service on 16 January 2013. Dutch railways is now seeking compensation for damages and Dutch politicians have called for a parliamentary inquiry into the problems with the V250 train quality issues and AnsaldoBreda's failure to rectify them in a timely manner. On 22 January Belgian railways called on AnsaldoBreda to fix all deficiencies that had been independently identified with the V250 units within 3 months, as agreed in the purchase contract, or the contract would be declared void.

    In May 2013, the Belgian railway company cancelled its contract with AnsaldoBreda, after a technical examination of a pair of V250 train halves. The inspections yielded 1159 and 2019 deficiency points, where a total of 9 per full train was the permitted tolerance before rejection. The report mentioned, amongst others, the following defects: during a test run, an iron plate of the roof bent towards the overhead wire, axles were severely rusted, with a risk of breaking in moving trains, the brakes were not suited for high-speed trains, wiring was not shielded from rain and snow, a bottom plate came loose and fell down on the railtrack, batteries overheated in carriages that had been already taken out of service, resulting in fire and subsequent scorches in the carriages, earthing points were wrongly connected, causing electric driven heavy oxidation, the door sliding mechanisms were faulty, assembly varied from train to train. On the same day the report was published, the Belgian public broadcasting organizations RTBF and VRT got hold of photographs showing the wrecked conditions the V250 trains were in. However, because of major technical problems with these trains, the trains were taken out of rotation within weeks after the start of the service. On the 31st of May 2013, the NMBS/SNCB cancelled the Fyra project entirely. On June 3, NS also announced it was stopping operation of V250 trains. According to their survey of the trains it would take at least 17 months to repair all construction flaws, and entry into service would not be expected before 2018. In addition, even if trains were to be repaired, the maintenance cost would be much higher and the lifetime of the trains much lower than agreed in the contracts with AnsaldoBreda. It is currently unlikely that the V250 will enter commercial service again. In a response to the Dutch and Belgian complaints about damage to the trains, AnsaldoBreda blamed the operators for being irresponsible in running the trains at the certified top speed of 250 km/h in winter, and not performing the recommended daily maintenance. Belgian rail operators claim the latter is not true, and that the problems encountered can only be caused by structural problems with the trains.

    On March 17, 2014 NS announced a settlement with AnsaldoBreda had been reached. The 9 NS trains will be returned to AnsaldoBreda for a refund of 125 Million Euro, 88 Million Euro less than originally paid. NS will receive an additional compensation for each resold unit to a maximum of 21 Million Euro.

    Gothenburg tram

    The City of Gothenburg in Sweden has ordered 40 one-directional Sirio trams which were to be put into service on the Gothenburg tram network during 2005 and onwards. The trams were delivered late and functioned poorly when put into traffic. Among reported problems were excessive track damage caused by the trams, malfunctioning airconditioners inside the trams and poor ride quality. The City of Gothenburg therefore withheld a large part of the payment for a delivered tram until fully operational. On December 3, 2009, the city authorities exercised their option for a further 25 trams of the same design at a cost of €61m.

    In February 2013, 38 out of the total 40 trams delivered in the first series were taken out of service due to extensive corrosion on the chassis. Reparing the rusted chassis and moldy passenger floors is expected to be completed by 2017, at a cost for Gothenburg council of an extra €10m according to the revised contract, although AnsaldoBreda bears the majority of the cost for these deficiencies. Of the 65 trams purchased, only about 35-40 are usable. Due to further delays on the part of Ansaldobreda with the corrosion repairs and substandard quality in completed works, the council of Gothenburg cancelled the contract for corrosion repairs in November 2015. None of the three repaired trams that AnsaldoBreda delivered was in working order and might actually be scrapped. The investigation launched into the matter found that the trams were jerry-built and that AnsaldoBreda did not have the will, nor the competence to do anything about the problems. It was also discovered that the badly built trams have resulted in extensive track damage that will be very costly to repair, adding to the "fiasco" of the Gothenburg AnsaldoBreda tram affaire.

    After the problems had been publicised in Swedish media, AnsaldoBreda chairman Antonio Liguori sent a letter to Gothenburg Municipality which contained threats of concerted actions with other companies against the municipality, along with demands of 10 million euro.

    References

    AnsaldoBreda Wikipedia