Tag: Tarbes (Page 1 of 2)

Alstom to Supply 19 Additional Metros for Line 11 of the Ile-de-France

July 11, 2021 / WIL BALDWIN

Alstom (OTC: ALSMY) will supply 19 five-car MP14 metros with driver’s cab for line 11 of the Île-de-France Mobilités network operated by RATP, for a total value of 132 million euro. This order, which is 100% funded by Île-de-France Mobilités, falls within the framework of the MP14 contract signed in March 2015 between RATP (mandated by Île-de-France Mobilités) and Alstom for the delivery of a maximum of 217 MP14 trains over 15 years, for a total amount of more than 2 billion euro. This contract is part of the Île-de-France Mobilités strategy for the modernisation of all rolling stock on the Île-de-France Mobilités network.

An initial tranche of the MP14 contract included 35 automated metros for line 14, consisting of eight cars each. A first conditional tranche for 20 additional automated metros, consisting of six cars each, was exercised in January 2017 for line 4. A second option of 20 additional five-car trains (with driver’s cabs) was exercised in February 2018 for line 11.

A state-of-the-art metro, MP14 offers an unprecedented level of comfort and safety thanks to its interior layout and seats with a design based on the theme of the alcove, creating both hospitality and privacy. Vast reception areas offer accessibility to all passengers, with dedicated areas and boomerang-shaped seats to improve the passenger flow and the capacity of the trains. MP14 also has LED lighting efficiently distributed throughout the entire metro to provide a sense of security while eliminating darkly shadowed areas. The supports and steadying points are compliant with safety standards and further increase comfort inside the train. Warm and cool ventilation helps to provide temperature balance, whatever the season. MP14 also provides comprehensive video protection and dynamic passenger information on board.

A special feature of the MP14 metros for line 11 is that the design of the driver’s cab incorporates feedback from previous generations of cabs. Their design features the latest developments in ergonomics and has been validated by RATP drivers and occupational physicians.

MP14 is designed to improve passenger comfort and experience as well as reconcile performance, energy savings and ease of maintenance to keep costs under control throughout its life cycle.

MP14’s 100% electrical braking system recuperates energy and re-injects it into the network as electricity, while limiting the emission of fine particles caused by the mechanical brakes. The system reduces the energy consumption of the metros, as well as air pollution, by up to 20%. MP14 is also 40% quieter than the metros currently in service on line 11, with a 95% recyclability rate.

About 20 automated metros for line 14, consisting of eight cars each, will be delivered by the end of 2021. The first six-car automated metros for line 4 are currently being tested. Production of the first five-car metros for line 11 began in the last quarter of 2020 and the first metro will begin validation tests on RATP tracks this summer.

Eight of Alstom’s sixteen sites in France are involved in this project:

Valenciennes, for the studies, integration, validation, and testing;
Le Creusot, for the bogies;
Ornans, for the engines;
Villeurbanne, for the on-board computerised systems;
Tarbes, for the traction;
Aix-en-Provence, for the safety IT;
Reichshoffen, for the collision studies, and
Saint-Ouen, for the design.

Alstom Wins Contract to Build Toulouse Metropole Third Line

December 20, 2020 / WIL BALDWIN

Alstom has been awarded the contract by Toulouse Metropole for the system for the third and new 27 km metro line, called Toulouse Aerospace Express, for the sum of more than €470 M. The contract could eventually be worth €713 M, including all options. The line consists of 21 stations and will serve the aviation labour pool.

The firm tranche of the order guarantees a transport capacity of 5,000 passengers per hour in each direction (pphpd), with options for up to 10,000 pphpd. It includes Alstom’s efficient, proven “Systems” solutions: Metropolis™ trains and Urbalis™ 400 CBTC solution for driverless operation and Hesop™ reversible substations. The scope also includes platform screen doors, including a dynamic system for load indication, and the track including the laying with the automated solution Appitrack™. Finally, the firm tranche of the order includes six years of maintenance, with 12 years of maintenance as an option.

“This order is excellent news for Alstom and I would like to thank Tisséo and Toulouse Metropole for their confidence! Alstom has submitted a very competitive system offer, while proposing its latest technologies and innovations on the various subsystems (vehicles, signalling, infrastructure and power supply). This order will enable us to continue developing our skills in France in all these areas, as well as our presence in the region of Occitanie, already in full expansion with our centres of excellence for Electrical component’in Toulouse and traction in Tarbes, and soon the Line 3 project team. We’ll also be calling on a number of local partners,” says Jean-Baptiste Eyméoud, President of Alstom in France.

The city of Toulouse is renowned for its economic vitality and the quality of life of the surrounding region. The Toulouse Aerospace Express project is part of a drive to increase the city’s appeal with the help of sustainable, inclusive mobility.

Alstom will contribute to the economic vitality of the local area with its site in Toulouse, which will be the nerve centre of the project. The site will consequently be developed for the construction and maintenance activities, thereby promoting local employment. In total, more than 600 people in France will work on this project, including up to 400 people in the Toulouse metropolitan area at the peak of the activity. 80% of the hours spent working on this project will be in France and 55% directly in the region of Occitanie. Jobs will also be created with our suppliers in France and in the city of Toulouse for the activities of installation, infrastructure and system deployment.

Alstom’s integrated Systems solution provides a highly mature, efficient and comfortable transport offer, designed with maximum operability and reliability in mind, with record availability of 99.8%. Alstom has a global leadership position and fully proven experience in the successful construction, commissioning and delivery of new integrated metro systems, as well as in their safe, reliable and efficient operation. Alstom can boast more than 65 years’ experience, having sold over 17,000 metro cars that carry 30 million passengers every day operate in 55 cities around the world. One of the most recent successes for Alstom in integrated metro projects being the 15-kilometre-long Dubai Metro Route 2020, completed and delivered in July 2020

The design selected for the system and the metro makes it possible to propose a solution that minimises waiting time in stations, with reduced traffic frequency from the moment of entry into service, but which, by increasing the number of metro cars from 2 to 3, increases the transport offer to 15,000 passengers per hour in each direction, without modifying the infrastructure. Indeed, Alstom will design the system to be able to go up to 15,000. The base contract is for 5,000 with options to go up to 10,000.

The rolling stock belongs to the Métropolis™ range of trains. It benefits from the innovations and continuous improvement brought to this product for more than 15 years, through numerous R&D programmes and contracts executed throughout the world. This state-of-the-art metro has been designed to improve passenger experience as well as reconcile performance, energy efficiency and ease of maintenance, in order to control costs throughout its life cycle.

For passengers, as it is a new line, the train will be characterised in particular by increased volumes on board and large openings to the exterior. The experience of the journey will be made more pleasant with an atmosphere that is air-conditioned and quiet, LED lighting that adjusts to travel conditions, reinforced air filtration and antibacterial coatings on the handholds for a healthier interior.

Travel will be made easier from the moment you step on board, with, for example, platform facades indicating the density of people on board the cars.

Urbalis™ 400 is a proven, efficient CBTC (Communication Based Train Control) automatic operation solution, in commercial service in many cities around the world. Deployed or in the process of being deployed on more than 100 metro lines, notably in Lyon and Marseille, Urbalis 400™ is a generic solution, managed as a platform, to ensure optimum safety and reliability as well as long-term durability. The solution has also demonstrated its operational robustness and modular capabilities, enabling it to control sensitive interfaces such as those of the train or the centralised control centre.

The transport system solution provided by Alstom has also been designed to reduce operational costs, achieving major energy savings through a combination of reversible Hesop™ substations with regenerative braking, efficient traction and braking systems and improved CBTC automatic train control strategies.

And finally, the project also includes the construction of a rail track that reduces friction and fine particles to a minimum, thanks to steel-on-steel operation and offers guaranteed performance over time.

With this contract, Alstom is making a long-term commitment to mobility in Toulouse by ensuring the construction and maintenance of this third line on behalf of Tisséo.

Alstom Hydrogen Train Coradia iLint Completes Successful Tests in the Netherlands

March 7, 2020 / WIL BALDWIN

The world’s first hydrogen fuel cell passenger train takes its first steps abroad after commercial success in Germany.

The Netherlands: second country in Europe to test the hydrogen train
Tests carried out with green hydrogen
Performance equivalent to classic DMU regional trains
41 hydrogen trains already on order in Germany

Alstom has performed ten days of tests of the Coradia iLint hydrogen fuel cell train on the 65 kilometres of line between Groningen and Leeuwarden in the north of the Netherlands. The tests follow 18 successful months of passenger service on the Buxtehude–Bremervörde–Bremerhaven–Cuxhaven line in Germany, where total of 41 Coradia iLint have already been ordered. The latest tests make the Netherlands the second country in Europe where the train has proven itself a unique emissions-free solution for non-electrified lines.

Last October, Alstom and the Province of Groningen, local operator Arriva, the Dutch railway infrastructure manager ProRail and the energy company Engie signed a pilot project agreement to test the Coradia iLint, the world’s first passenger train powered by hydrogen fuel cells, in the Netherlands. DEKRA, an independent testing inspection and certification company, has been appointed test leader. This series of tests is being performed at night at up to 140 km/h without passengers. For the purpose of the tests, a mobile filling station has been erected by Engie for refuelling the Coradia iLint with completely green – sustainably produced – hydrogen.

“The tests in the Netherlands demonstrate how our hydrogen train is mature in terms of availability and reliability, providing the same performance as traditional regional trains, but with the benefit of low noise and zero emissions. It is also easy to integrate in an existing fleet and is compliant with all safety regulations. The Coradia iLint hydrogen train is a reliable emission-free train ready to help transport us to a carbon-neutral Europe,” said Bernard Belvaux, Managing Director, Alstom Benelux.

The Coradia iLint is the world’s first regional passenger train to enter service equipped with fuel cells to convert hydrogen and oxygen into electricity, thus eliminating pollutant emissions related to propulsion. The completely train is quiet, and its only emission is water. Purpose-built for use on non-electrified lines, it provides clean, sustainable traction with no sacrifice in performance. It has a range of approximately 1000 kilometres – the same as equivalent-size diesel multiple units. The train is developed and produced by the Alstom teams in Salzgitter, Germany and Tarbes, France.

The Dutch railway network has approximatively 1,000 kilometres of non-electrified line on which around 100 diesel trains currently operate daily.

On Saturday 7^th of March, the station of Groningen will welcome the press and public to discover the Coradia iLint at the platform between 12:00 to 16:00.

Alstom to Supply 17 Additional Citadis Trams to Strasbourg

March 3, 2020 / WIL BALDWIN

Alstom will supply 17 additional Citadis trams to the Strasbourg Transport Company (CTS) and the Eurometropole of Strasbourg for the sum of €52 million. This order will complete the fleet of 63 trams delivered by Alstom between 2003 and 2019, and confirms a partnership of almost 20 years between Alstom and CTS. The last option exercise, signed in March 2016, was for 10 Citadis trams for the extensions of lines A and D.

These 17 new trams will reinforce the existing lines, including line D, which serves the city centre of Kehl in Germany. The Citadis tramway is the first to cross a border in France and is approved according to the BOStrab, the German federal decree on the construction and operation of trams in Germany.

“With this new order, CTS is the French customer that will own one of the largest Citadis tram fleets with a total of 80 trainsets ordered. We are very proud to be continuing this partnership initiated in 2003, proving that the Citadis range meets the evolving needs of our customers,” says Jean-Baptiste Eyméoud, Managing Director of Alstom in France.

The Citadis trams for Strasbourg are 45 metres long and have a capacity of 288 passengers. They are fitted with LED lighting and all-glass doors to enhance comfort and safety for passengers. Complying with the latest standards, the trams are equipped with double doors accessible to PRMs (People with Reduced Mobility), wider seats and areas reserved for wheelchair and stroller users.

These trams will be designed and manufactured mainly in France: La Rochelle (design and assembly of the trainsets), Le Creusot (bogies for the intermediate modules), Tarbes (components of the traction chain), Villeurbanne (electronic equipment) and Saint-Ouen (design). The bogies situated under the driver cabins will be manufactured at Alstom’s site in Salzgitter, Germany.

In total, more than 2,600 Citadis trams have been sold to more than 50 cities in 20 countries.

Alstom Signs First Contract for Battery-Electric Regional Trains in Germany

February 6, 2020 / WIL BALDWIN

Alstom will manufacture, deliver and maintain until 2032 eleven Coradia Continental battery-electric trains for regional traffic on the Leipzig-Chemnitz route on behalf of VMS (Verkehrsverbund Mittelsachsen) and with the support of ZVNL (Zweckverband für den Nahverkehrsraum Leipzig), the two authorities responsible for this line. The contract is worth approximately €100 million. Following this order, Alstom offers all types of traction systems on the market as well as the full range of emission-free drives, from efficient electric motors to hydrogen fuel cells and advanced battery traction.

In 2014, Alstom had previously signed a contract with VMS for the delivery of 29 Coradia Continental electric regional trains (EMU). In order to bridge the 80 kilometres of non-electrified line between the cities of Chemnitz and Leipzig, the authority requested a battery-electric version (BEMU). The new trains will enter service in 2023. They will be built at Alstom’s German site of Salzgitter, in Lower Saxony. The battery traction sub-system is designed and supplied by Alstom’s traction centre of excellence in Tarbes.

“We are immensely proud to be providing the responsible authorities with a sustainable and perfectly-suited solution. Today, Alstom stands apart in being able to offer any form of emission-free traction currently on the market built into a proven solution. As a responsible company, Alstom has an intense focus on sustainable mobility, offering the best-fitting solutions that make it not only possible, but also cost-effective and attractive,” says Gian Luca Erbacci, Senior Vice President of Alstom Europe.

The Coradia Continental BEMU trains will be similar to those already in service on the Dresden, Riesa and Zwickau routes. The main difference: they will also have high-performance batteries on the roof. The train, based on the proven Coradia Continental, builds on Alstom’s long experience in battery traction, gained with the Coradia iLint, Citadis trams and the Prima H3 locomotive.

The Coradia Continental BEMU has a range of up to 120 kilometres and can be operated under catenary as well as on non-electrified sections. The three-car-trains will be 56 metres long and equipped with 150 seats. They will have a top speed of 160 km/h in battery mode. The capacity of the batteries (high-power lithium-ion) is calculated to ensure catenary-free operation of the line Chemnitz-Leipzig without any sacrifice in performance or comfort.

Alstom’s Coradia range allows operators and transport authorities to offer their passengers regional trains that meet their needs and expectations, while demonstrating exemplary reliability and cost-effectiveness. Alstom has tailored the Coradia range to operate with all available emission-free power systems, from electric to battery-electric and hydrogen fuel cells. The latter, the Coradia iLint, powered by fuel cells and offering performance comparable to a diesel train while emitting nothing but water, has been in passenger service in Germany for over a year.

Alstom Delivers its First Series Electric Bus to Strasbourg

January 31, 2020 / WIL BALDWIN

Alstom is delivering the very first 100% electric Aptis bus to Strasbourg transport operator Compagnie des Transports Strasbourgeois (CTS). This constitutes a major new step for Alstom, which aims to be the most innovative world actor for sustainable, smart mobility. Following the groundbreaking delivery, CTS will train 150 drivers in the operation of the new vehicles. During this initial training phase, the bus will run on the streets of Strasbourg with the livery that the Aptis fleet will adopt when in high-level service on the H line. With a length of 12 metres and equipped with 3 doors, Aptis buses were designed at the Hangenbieten Eurométropolis. They are the first electric buses to join CTS’s fleet of vehicles.

Thanks to its innovative design, Aptis offers an unparalleled passenger experience. Its berthing system for perfect alignment with the pavement, its low, completely flat floor and wide double doors allow easy movement and convenient boarding for people with reduced mobility and prams. Equipped with large bay windows along its entire length, Aptis offers 25% more glass surface area than a standard bus and a rear seating area with panoramic views of the city.

The vehicles requested by the city of Strasbourg are designed for slow charging at night at the depot. Aptis is also available for occasional recharging at the end of each line, using either ground-based charging solutions (SRS) or pantograph charging. Aptis was designed to have an optimised total cost. This is possible thanks to reduced maintenance and operating costs and a longer service life than that of standard buses. The aim for local authorities, therefore, is to have a total cost equivalent to that of existing standard diesel buses.

Aptis was also chosen by RATP and Île-de-France Mobilités, and by the areas of Greater Grenoble, Greater La Rochelle, and Greater Toulon, where commercial operations are due this year. As of September 2018, Aptis is also referenced by the CATP for public purchasing by local authorities. This referencing allows member authorities to order Aptis vehicles directly and simply from the CATP without having to embark on long and costly procedures.

Aptis also received the Origine France Garantie in January 2019. The certificate guarantees that at least 50% of Aptis’s value is French.

Design, production and testing will be carried out at Aptis Alstom’s site of Hangenbieten, in Alsace. Six other Alstom sites in France are involved in the design and manufacture of Aptis: Reichshoffen for the flanks, Saint-Ouen for the system integration, Tarbes for the traction, Ornans for the motors and Villeurbanne for the electronic components of the traction chain. Finally, Alstom’s site in Vitrolles is developing one of the charging solutions (SRS).

Alstom Begins Delivery of Prima M4 Locomotives to ONCF

December 31, 2019 / WIL BALDWIN

Alstom has delivered in Morocco the first Prima M4 locomotive in the frame of the contract signed in 2018 with ONCF to supply 30 electrical Prima locomotives. While the 30 locomotives will be manufactured in Alstom’s Belfort plant, the Alstom team in Morocco will ensure the testing, the warranty service and maintenance.

The 30 Prima M4 locomotives have a nominal power of 5.5 MW, a maximum operating speed of 160 km/h and operate under 3 KV DC voltage. They are equipped with ETCS level 1, require minimum maintenance and provide a high reliability level with low lifecycle cost thanks to the modular design.

“Over the past 10 years, 20 Alstom electrical locomotives have been put into commercial service by ONCF. We are proud, today, to contribute to grow up the fleet and to support ONCF in this major project to develop the railway infrastructure solutions throughout the country,” said Nourddine Rhalmi, Managing Director of Alstom Morocco.

Alstom has been manufacturing locomotives for more than 100 years with the first electric locomotive produced in 1926. To date, the company has sold more than 3,000 locomotives from its Prima range.

Six French sites are participating in the production of the locomotives: Belfort (assembling), Le Creusot (bogies), Ornans (motors), Petit-Quevilly (transformers), Tarbes (traction chain components) and Villeurbanne (on board electronics). The ETCS components are produced in Madrid.

Present in Morocco with 580 employees, Alstom has contributed to several major railway projects, such as the delivery of first Citadis trams to the cities of Rabat and Casablanca, and 12 Euroduplex VSHT for the High Speed Line which is linking Tangier to Casablanca. In its plant in Fez, Alstom produces cable bundles for rail applications and electrical switchboxes that are supplied to its European plants and mounted on trains exported around the world.

Alstom to Supply 39 Additional Coradia Polyvalent Trains to the Grand Est Region

October 23, 2019 / WIL BALDWIN

contract worth over 360 million euros in France

22 October 2019 – Alstom will supply 39 additional Coradia Polyvalent trains to the Grand Est region for the sum of approximately 360 million euros[1]. The region had already ordered 40 Coradia Polyvalent trains, of which 36 have already been delivered. Deliveries of these new trains will be staggered between 2022 and 2024.

Firstly, this new order covers 30 trains intended for cross-border circulation in Germany. These 4-car trains, which are dual mode – dual voltage 25 kV / 15 kV and comply with German safety requirements, will run at 160 km/h, serving the German states of Saarland, Rhineland-Palatinate and Baden-Württemberg. The 30 Coradia Polyvalent cross-border trains will offer a first-class zone and an area for bicycles, and will incorporate the new TSI PRM[2] 2014 standard, notably offering more spacious toilets to facilitate movement for passengers with reduced mobility. The first cross-border trains will be delivered at the end of 2023.

Secondly, nine additional Coradia Polyvalent trains, consisting of five 4-car and four 6-car trains, have been added to the existing fleet for domestic connections. These new trains will benefit from the same special features as those already in operation in the Grand Est region.

“Alstom is proud of this new sign of trust from the Grand Est region. The expertise and innovation capacities of our French teams are mobilised to support the region in developing cross-border mobility. This order also contributes to the activity of Alstom’s Reichshoffen site,” says Jean-Baptiste Eyméoud, President of Alstom in France.

Coradia Polyvalent belongs to Alstom’s Coradia range of trains. With its modular architecture, it can be adapted to the requirements of each public transport authority as well as to different types of use: suburban, regional and intercity. It comes in three lengths (56, 72 or 110 metres) and offers optimal comfort to passengers, whatever the length of the journey. The train is both ecological and economical due to its low energy consumption, its compliance with the latest emissions standards in thermal mode and its reduced maintenance costs. Coradia Polyvalent is the first French regional train to comply with all European standards, in particular with regard to access for people with reduced mobility.

To date, 387 Coradia Polyvalent trains have been ordered as part of the contract awarded to Alstom by SNCF in October 2009, including 320 Coradia Polyvalent for Régiolis by 9 French regions and 67 Coradia Liner by the French state, the authority responsible for the country’s TET (intercity) trains. Régiolis has already covered nearly 85 million kilometres in commercial service.

The Coradia Polyvalent train also meets the needs of the export market: 17 trains have been ordered by SNTF (Algeria) and 15 trains by APIX (Senegal).

This is Coradia Polyvalent’s second cross-border application as the region of Auvergne-Rhône-Alpes has ordered 17 Léman Express Coradia Polyvalent trains, to be commissioned on the CEVA cross-border line between France and Switzerland in mid-December 2019.

The manufacturing of Coradia Polyvalent secures more than 4,000 jobs in France for Alstom and its suppliers. Six of Alstom’s 12 sites in France are involved in the project: Reichshoffen for the design and assembly, Ornans for the engines, Le Creusot for the bogies, Tarbes for the traction chains, Villeurbanne for the on-board electronics and signalling products, and Saint-Ouen for the design.

[1] Booked in the second quarter of the current fiscal year

[2] Technical Specifications for Interoperability relating to Persons with Reduced Mobility

Alstom’s Tram Enters Service in Avignon

October 20, 2019 / WIL BALDWIN

Alstom has commissioned its first new-generation Citadis X05 tram in its short version, on the first tramway line of Grand Avignon. The inauguration took place in the presence of Elisabeth Borne, Minister of the Ecological and Solidarity Transition, Renaud Muselier, President of Région Sud, Maurice Chabert, President of the Vaucluse Department, Patrick Vacaris, President of Grand Avignon, Cécile Helle, Mayor of Avignon, Jean-Marc Roubaud, President of Técélys and Jean-Baptiste Eyméoud, President of Alstom France.

“Alstom and its teams are proud to be present at the commissioning of this first tramway line in Avignon. Thanks to their reliability, availability and easier maintenance, we are fully confident in the ability of the 14 Citadis trams to address the major travel challenges of the Agglomeration Community of Grand Avignon. I would also like to thank the members of Grand Avignon for having entrusted us with part of the infrastructural work. This new line will become a showcase for the expertise of the French rail sector,” said Jean-Baptiste Eyméoud, President of Alstom in France.

24 metres long, equipped with 4 double doors on each side, the Citadis X05 tram for Grand Avignon will be able to carry more than 140 passengers. The full low floor and double doors facilitate accessibility and passenger exchange in stations. Everything has been designed for a pleasant travel experience: large bay windows covering 40% of the tram, LEDs with diffusers for soft, homogenous lighting, a state-of-the-art information system, large seats, air conditioning, and a video protection system.

Citadis X05 has standardised, proven, more accessible components, providing residents of the Avignon area with reliable, readily available material. Citadis X05 is particularly energy efficient and up to 99% recyclable.

Alstom offers a wide range of products and services and has also provided the tracks (studies, supply and assembly), the 750 V electrical substation and 6 km of overhead contact lines (studies, supply, installation and testing) in partnership with TSO.

Seven of Alstom’s thirteen sites in France are involved in the design and manufacture of the tram for Grand Avignon: La Rochelle (for the design and assembly of the trams), Ornans (for the engines), Le Creusot (for the bogies), Tarbes (for the traction drive equipment), Valenciennes (for the control system and interior layout), Saint-Ouen (for the design and infrastructure activities) and Villeurbanne (for the on-board electronic systems).

Alstom Presents First Aptis Serial Vehicle at Busworld 2019

October 14, 2019 / WIL BALDWIN

14 October 2019 – Alstom will present the first serial vehicle of its Aptis electric bus at Busworld 2019, being held in Brussels from 17 to 23 October. After the four prototypes that have been on the roads of many French and European cities for the past two years, this new design incorporates feedback from passengers and transport operators.

This first serial vehicle is based on an optimised global architecture requiring fewer spare parts references and considerably facilitating maintenance operations. Thanks to a wheel steering angle of more than 40°, its ease of insertion increases significantly. The 15% reduction in the total weight of the vehicle, combined with the use of new, more efficient and state of the art batteries, substantially increases range. Aptis now accommodates more passengers while still offering them more fluidity thanks to large sliding doors.

In addition to the technical improvements, Aptis can also boast significant improvements to passenger comfort. A new air-conditioning system that (fully electrical heat-pump) maximises thermal comfort and the panoramic rear lounge has been enhanced to give a feeling of increased space. The new hydraulic suspension allows superior comfort and sound insulation, making Aptis one of the quietest and most innovative buses on the market.

“Alstom and its teams are very proud to be presenting the first series version of Aptis. This concentration of innovations perfectly represents what we always envisaged the production version of the 100% electric mobility solution would be. This clean, green bus, with its elegant design and optimised technical performance, will offer a new experience to passengers and drivers while meeting the new mobility challenges of urban areas,” underlines Benjamin Bailly, head of Alstom’s electric bus platform.

Aptis has already been chosen by Paris in the context of Europe’s largest call for tender for electric buses, as well as by the cities of Strasbourg, Grenoble, La Rochelle and Toulon. Upcoming milestones include ongoing tests in Spain with the ground-based recharge solution SRS and the training of hundreds of drivers in a new driving experience ahead of the first traffic releases, scheduled for the end of the year in Strasbourg.

Manufacturing and testing of Aptis will be carried out at Alstom’s two sites in Alsace. The Hangenbieten site oversees manufacturing of the end modules (driver’s cab and rear lounge). Manufacturing of the central passenger module, final assembly and tests will be carried out at the Reichshoffen site. This scheme will allow serial production from the end of 2019 onwards. Five other Alstom sites in France contribute to the design and manufacture of Aptis: Saint-Ouen for system integration, Tarbes for traction, Ornans for engines, Villeurbanne for electronic components of the traction chain.

In order to complete Alstom’s vison of road electromobility, exhibited alongside Aptis at Busworld will also be SRS, a completely safe, ground-level, conductive, static recharge system allowing the charging of buses along their route or within depots. As a ground-based solution, it eliminates the need for overhead infrastructure in cities, preserving the aesthetics of the urban landscape. In depots, SRS avoids the infrastructure costs associated with overhead charging systems. SRS for e-buses is based on Alstom’s SRS static recharge technology for trams, a proven solution already in operation in Nice, France. It is developed at Alstom’s Vitrolles site.

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