398 kB; Jpeg Bild
The use of Engineering Base within JM’s licensed sustainable solutions is just the beginning. There are already plans to extend Engineering Base to additional licensed technologies.
337 kB; Jpeg Bild
Johnson Matthey and Aucotec are fully committed to continuously enhancing engineering approaches to meet future demands in the clean energy sector.
4 MB; Jpeg Bild
Renata Fernandes, Chief Technology Officer at SM Energy.
44 kB; Jpeg Bild
Stefan Wedderkopp, Global Sales Director Process Plants at Aucotec. (Photo: Aucotec)
1 MB; Jpeg Bild
Laurent Wauters-Herlyn, Head of Strategy & Innovation for Production & Engineering at the Westfalen Group. (Photo: Westfalen AG)
2 MB; Jpeg Bild
Creating value directly from efficient planning: the modern gas filling plant in Lanken in northern Germany is one of over 20 production sites operated by the Westfalen Group in Europe. (Photo: Westfalen AG)
38 kB; Jpeg Bild
Uwe Vogt, member of the Aucotec Management Board (Image: AUCOTEC AG)
850 kB; Jpeg Bild
Lars-Erik Ydstie, Vice President Digital Yggdrasil at Aker BP. (Image: Aker BP)
672 kB; Jpeg Bild
Seamless collaboration across teams and contractors is essential in the Yggdrasil project—a challenge met by Engineering Base from Aucotec. (Image: Aker BP)
597 kB; Jpeg Bild
Yggdrasil is the largest ongoing oil and gas development in Norway. (Image: Aker BP)
211 kB; Jpeg Bild
Dr. Florian Jurecka, Vice President Global Sales and Marketing at Aucotec
304 kB; Jpeg Bild
Gerhard Angst, Vice President EDA and Industrial Solutions at Altair
621 kB; Jpeg Bild
This automatic generation of circuit diagrams makes it easier for service engineers to quickly understand the electrical functions and speeds up the troubleshooting process
758 kB; Jpeg Bild
Aucotec's Engineering Base platform enables seamless integration of all disciplines and processes, which is of crucial importance for the development, operation and maintenance of rail vehicles
2 MB; PNG Bild
That's Engineering Base: all disciplines – including protection and control technology – are able to access the consolidated data model, keeping everything up to date and streamlining the tool and system landscape significantly. (Image: Aucotec AG)
31 kB; Jpeg Bild
Uwe Vogt, Board Member (left) and Dr. Florian Jurecka, Vice President Global Sales and Marketing at Aucotec (right)
Uwe Vogt, Member of the Board at Aucotec
Henry Bloch, Head Product Management at Aucotec
5 MB; PNG Bild
Data centricity and modularization shorten project run times for electrolysers and ensure high-quality data
868 kB; Jpeg Bild
The Engineering Base cooperation platform efficiently connects systems and the various disciplines
135 kB; Jpeg Bild
Dr. Wolfgang Staroske, Director of Project Engineering at Sunfire: "The partnership with Aucotec will help to produce green hydrogen on a large scale and promote profitable business models for an increasingly sustainable world." / Image: Sunfire GmbH
Sunfire electrolyzer: Aucotec supports electrolyzer manufacturers in increasing their capacities more quickly and exploiting their growth opportunities. / Image: Sunfire GmbH
11 MB; Jpeg Bild
Demo4Grid Alkaline Electrolyzer: Aucotec's Engineering Base provides Sunfire with the foundation for significantly more efficient and agile plant development and clear modular engineering. / Image: Sunfire GmbH
123 kB; Jpeg Bild
Complete IED tree in Engineering Base: For the first time, the attribute sets of the vendor-neutral IEDs can be filled directly in the engineering system in accordance with IEC 61850.
916 kB; Jpeg Bild
The configurator in the Project Builder provides the concrete selection of variants and the creation of the target project.
3 MB; Jpeg Bild
The editor in the Project Builder configures the tool via rules and defines what the user interface should look like.
Modernize with Engineering Base: On-board power supply unit developers must be able to handle much more complex data for e-mobility (image: AUCOTEC AG)
Modernize with Engineering Base: Grid operators urgently need more substations for regeneratively created energy (image: AUCOTEC AG)
H2-ready with Engineering Base: Anyone who wants to make their plants fit for a significantly lower CO2 footprint needs a comprehensive and up-to-date digital twin (image: AUCOTEC AG)
62 kB; PNG Bild
Quick overview of workload: States can also be easily tracked for your own tasks (Image: AUCOTEC AG)
92 kB; PNG Bild
Ready for Revision? Only when the states of all attributes are released is the P&ID really ready for revision. (Image: AUCOTEC AG)
130 kB; PNG Bild
The proportion of the different attribute categories for each desired plant area at a glance (Image: AUCOTEC AG)
229 kB; PNG Bild
With a click, a filter reduces the attribute list to the relevant aspects for selectable roles (Image: AUCOTEC AG)
248 kB; Jpeg Bild
EDS Design Center in Engineering Base: result of the voltage drop simulation of marked potential / Image: AUCOTEC AG
173 kB; Jpeg Bild
Routed potentials and wires are marked in the EDS Design Center for simulation scenarios / Image: AUCOTEC AG
Database for the EDS Design Center: harness architecture defined in Engineering Base with components and inline connection points / Image: AUCOTEC AG
Digitization of the on-board power supply planning: data-centred engineering allows one-click analysis and plan generation / Image: AUCOTEC AG
"EB's central data model is the hub for all the device information."
EB automatically generates the standard-compliant SCD file, which summarizes all information about the substation’s object model from topology to network diagram.
duplication of work can be saved if primary engineering also uses EB. This way, the digital twin grows from the very beginning.
Dr. Pouria Bigvand, Head of Product Management at Aucotec: "EB Alliance will further strengthen EB's role to be THE data hub for Engineering Technology (ET), optimally supporting IT and OT." (Image: AUCOTEC AG)
Data flow with EB Alliance: consistent exchange of operators and contractors from engineering to the digital twin in operation (Image: AUCOTEC AG)
With EB Alliance through the life of the plant: from the digital original to the always up-to-date digital twin with simple data transfers and consistent data integration after maintenance and retrofitting (Image: AUCOTEC AG)
Aucotec AG, an independent medium-sized engineering software developer with headquarters in Hanover since 1985, continues to grow
Matthäus Englbrecht, Vice President Global Brake Systems at Knorr-Bremse
Knorr-Bremse has extensive test rigs at its Munich site, which play a central role in the development of train brake systems and the testing of their performance
Brake systems from Knorr-Bremse contribute to greater safety and efficiency on the railways in metro, regional and high-speed train fleets as well as in freight transport
5 MB; Jpeg Bild
Dr Pouria Bigvand, Head of Product Management at Aucotec: "Maintenance or asset management don't think in terms of bills of materials, but in terms of devices and functional locations, which is why we have extended EB's ERP/PLM interface for these areas." (Image: AUCOTEC AG)
495 kB; Jpeg Bild
The SAP-EAM integration is a first real-life example of EB's new connectivity to maintenance and asset management systems (Image: AUCOTEC AG)
7 MB; Jpeg Bild
Dr Pouria Bigvand, Head of Product Management: "This integration is the way forward for us and an important completion of the range of simulations accelerated by EB." / Image: AUCOTEC AG
618 kB; PNG Bild
Simulation and engineering closely linked: ETAP's calculations can be used across disciplines in EB in no time / Image: AUCOTEC AG
Dr. Robert Schleich (right), Head of Engineering at ISH: 'EB's cross-disciplinary principle enables synergies and ensures that we avoid mistakes.' Edgar Heep (left), Head of I&C Design Industrial Engineering at ISH: 'EB only displays its full efficiency potential by merging the disciplines.' (Image: Infraserv Höchst)
Sewage sludge incineration plant in Industriepark Höchst (Image: Infraserv Höchst)
Industriepark Höchst: Around 90 companies with a total of around 22,000 employees over 460 hectares (Image: Infraserv Höchst)
892 kB; Jpeg Bild
The new data sheets automatically merge all information about an asset, including accessories and sub-systems. (Picture (combines 2 sheet sections): AUCOTEC AG)
910 kB; Jpeg Bild
Niels Keller-Larsen, CIO at Haldor Topsoe: "With EB, we are finally working in a truly data-driven manner across all engineering phases and disciplines on one data model – our moon landing, so to speak." / source: Haldor Topsoe
889 kB; Jpeg Bild
Topsoe’s SOEC electrolysis technology is up to 30 more efficient than standard technologies / source: Haldor Topsoe
1010 kB; Jpeg Bild
Topsoe delivers engineering services from the earliest phases of a project to technical services throughout the facility’s lifespan / source: Haldor Topsoe
782 kB; Jpeg Bild
Accelerated data exchange: EBML automatically "translates" the information from EB (left) into an XML-based standard format (right) (Image: AUCOTEC AG)
145 kB; PNG Bild
Automatic datasheets save manual work and transmission errors: With EB, simulation results end up directly in suitable datasheet templates. (Example: Results of a heat & material balance calculation) Automatically generated data sheet from a heat & material balance calculation: This way EB saves manual work and transmission errors (Image: AUCOTEC AG)
730 kB; Jpeg Bild
Dr. Reiner Schneider, Senior Expert Product Improvement & Engineering Excellence at Voith. "Engineering Base offers the right functionalities for all business areas, and the software architecture is state-of-the-art." (source: Dr. Schneider, Voith Group)
1021 kB; Jpeg Bild
Engineering Base will support Voith in future throughout the group from the initial tender via the project itself to the service (source: Voith Group, Heidenheim)
6 kB; PNG Bild
Intrinsic safety verification within EB’s Ex i assistant (Image: AUCOTEC AG)
21 kB; PNG Bild
Calculation of intrinsic safety including verification with EB’s Ex i assistant (Image: AUCOTEC AG)
2nd page of seal document with check details (Image: AUCOTEC AG)
QA tools for automated test routines create sealed quality in Aucotec's Engineering Base (Image: AUCOTEC AG)
137 kB; PNG Bild
ERP/PLM integration platform from Aucotec: web-based data exchange between ERP and engineering, without knowledge of tools used outside one's own area of expertise. The implementation requires only 50% of the usual time / Image: AUCOTEC AG
460 kB; Jpeg Bild
Agile engineering is parallel and simultaneous: Immediate information transfer to everyone involved by means of a central data model and secure change management. (Image: Aucotec)
627 kB; Jpeg Bild
"Pseudo" Waterfall: Overlapping processes with an unsuitable toolset result in enormous coordination effort. (Image: Aucotec)
482 kB; Jpeg Bild
Waterfall model 2: Slight acceleration at the expense of resources and more coordination effort within the disciplines (Image: Aucotec)
424 kB; Jpeg Bild
Conventional waterfall model: Separate disciplines and waiting for data transfers (Image: Aucotec)
"The suitability of a system for agile engineering is today the benchmark for its future viability." Reinhard Knapp, Director Global Strategies at Aucotec (Image: Aucotec)
803 kB; PNG Bild
Aucotec's new 3-D portal simplifies the link from 2-D to 3-D engineering with a new standard and accelerates web service exchange (image: AUCOTEC AG)
Digitization at the highest possible level: Central data model in Aucotec’s platform Engineering Base maps the digital twin over the entire lifecycle of a plant (source: AUCOTEC AG)
106 kB; Jpeg Bild
The versatile model in EB is the centre for all core disciplines in plant engineering and its direct communication with complementary systems (source: AUCOTEC AG)
Unity in plant engineering: Versatile data model parallelizes all core disciplines (source: AUCOTEC AG)
1015 kB; Jpeg Bild
"With Engineering Base in the right place at the right time." Uwe Vogt, Management Board member of Aucotec (source: AUCOTEC AG)
The board members Horst Beran and Uwe Vogt after cutting the opening ribbon. (© AUCOTEC AG)
927 kB; Jpeg Bild
"Planners, simulation specialists, prefabrication, assembly and ongoing operation will all have access to EB's digital plant twin in the future. This eliminates the need to synchronize different tools." (© OXEA, Dr. O. Bülters)
383 kB; Jpeg Bild
Aucotec's Engineering Base forms the basis for Oxea's digital plant twins over their entire life cycle. (©: OXEA)
222 kB; Jpeg Bild
"The system is data-centred, not file-based and therefore does not update just any document, but the complete data model of the digital twin," Martin Imbusch, Product Manager at Aucotec AG
135 kB; PNG Bild
EB automatically displays the "health status" of each object
663 kB; Jpeg Bild
Changes to the actual plant are directly reflected in EB's documentation (© AUCOTEC AG)
"Equinor expects a significant simplification and acceleration of maintenance work. Changes are much easier to implement and are more consistent with this unique master engineering database." / Photo: Equinor/Michal Wachucik
Control room of an Equinor offshore platform / Photo: Equinor/Michal Wachucik
With the upgrading of over 350,000 documents of the Johan Sverdrup offshore platform by Engineering Base, Equinor is starting their transformation into highly digital, centrally managed lifecycle data / Photo: Equinor/Espen Rønnevik/Øyvind Gravås
339 kB; Jpeg Bild
For Aucotec's new headquarters, a generous amount of parking is planned and in addition charging stations for e-mobility – on four wheels as well as two. (© AUCOTEC AG)
293 kB; Jpeg Bild
Rear view of the new Aucotec headquarters with cafeteria (© AUCOTEC AG)
316 kB; Jpeg Bild
"Meeting the need for future-oriented digitalization exactly" Uwe Vogt, Aucotec Executive Officer (© AUCOTEC AG)
253 kB; Jpeg Bild
BVG trams receive a digital twin via Engineering Base, which significantly accelerates the documentation of maintenance and revamping. (© BVG / Oliver Lang)
153 kB; Jpeg Bild
"With the easily comprehensible digital image of its trams in EB, BVG wants to secure knowledge and make it centrally available." Georg Hiebl, Aucotec Product Manager (© AUCOTEC AG)
Interface monitoring via the web-based IMAP cockpit / Picture: © it-motive AG
Christoph Tim Klose, Executive Officer at It-motive AG / Picture: © it-motive AG
Eike Michel, Head of Research & Development as well as IT Operations at Aucotec / Picture: © AUCOTEC AG
Eike Michel, Director of Research & Development at Aucotec (© AUCOTEC AG)
1 MB; PNG Bild
The new hosting service for the cooperative platform Engineering Base enables new engineering flexibility – without software implementation and maintenance costs (© AUCOTEC AG)
Martin Imbusch, Product Manager at Aucotec AG (© AUCOTEC AG)
Prof. Dr. Christian Diedrich, Institute for Automation und Communication at Otto-von-Guericke-Universität Magdeburg (© Prof. Diedrich)
Changes in the real plant are directly shown in EB’s plant documentation (© AUCOTEC AG)
160 kB; Jpeg Bild
The requirements for communication between plant and engineering system are the understanding of OPC UA and a web connection (© AUCOTEC AG)
Generous parking spaces are planned for Aucotec's new head office as well as charging stations for electromobility – on both 4 and 2 wheels. (© AUCOTEC AG)
Rear view of Aucotec's new head office with canteen (© AUCOTEC AG)
From left to right: Aucotec Chief Executive Officer Horst Beran, Isernhagen's Mayor Arpad Bogya, Aucotec Executive Officer Uwe Vogt and Michael Frerking, Head of Isernhagen’s Economic Development Department, at the laying of the foundation stone for Aucotec's new head office
From left to right: Aucotec Executive Officer Uwe Vogt together with Chief Execution Officer and Aucotec founder Horst Beran at the laying of the foundation stone for Aucotec's new head office
971 kB; Jpeg Bild
Michaela Ott, Product Manager at Aucotec AG
668 kB; Jpeg Bild
IEC 61850-compliant down to device level: in EB, the IID files are created automatically - by simply graphical association of the IEDs with the devices / © AUCOTEC AG
496 kB; PNG Bild
With Aucotec's new DCS portal, the specifications from the plant design can be automated and transferred directly to the programming of common control systems – even to several at the same time (© AUCOTEC AG)
255 kB; Jpeg Bild
Georg Hiebl, Product Manager Mobility at Aucotec (© AUCOTEC AG)
954 kB; Jpeg Bild
Cabinet for vehicle control at Engineering Base user Kiepe Electric (© Kiepe Electric GmbH)
111 kB; PNG Bild
Specifying pipe classes more quickly: The assistant "Find Specification" scans catalogues for fitting elements and allocates the selection to the pipe (© AUCOTEC AG)
Pouria G. Bigvand, Director of Aucotec’s Product Management (© AUCOTEC AG)
The versatile model in EB is the centre for all core disciplines in plant engineering and its direct communication with complementary systems (© AUCOTEC AG)
Modern plant engineering is a parallel process: all relevant objects are interconnected in one model residing in just one database (© AUCOTEC AG)
817 kB; Jpeg Bild
Ganesh Raghupathy, CEO of Quicklogix (© QuickLogix Inc.)
283 kB; Jpeg Bild
Magnet for the needle in a haystack: Aucotec and Quicklogix accelerate the search of engineering data in big data sources
From paper to Industry 4.0: real digitizing of engineering needs a referencing data model that goes far beyond PDFs & other documents. Aucotec marks this highest digitization level with its platform EB (© AUCOTEC AG)
Leaving the Aucotec Management Board on 1 April 2018: Markus Bochynek (© AUCOTEC AG)
10 MB; Jpeg Bild
Uwe Vogt, Aucotec Executive Officer with a new area of responsibility (© AUCOTEC AG)
Horst Beran, Chief Executive and Chief Financial Officer of Aucotec AG (© AUCOTEC AG)
Norbert Ott, Product Manager at Aucotec (© AUCOTEC AG)
Andreas Schiefelbein, Process Manager at Endress+Hauser (© Endress+Hauser)
From any engineering document directly into Endress+Hauser’s W@M Portal (© AUCOTEC/Endress+Hauser)
Aucotec's Engineering Base enables cooperative planning of machines, plants and mobile systems in the Cloud. It can be used regardless of hardware and client installations (© AUCOTEC AG)
Uwe Vogt, Executive Officer for Engineering at Aucotec AG (© AUCOTEC AG)
177 kB; Jpeg Bild
Overview: Project Status Manager in Aucotec's platform Engineering Base displays progresses (© AUCOTEC AG)
245 kB; Jpeg Bild
Safe: The Project Status Manager automates engineering workflows and data exchanges (© AUCOTEC AG)
441 kB; Jpeg Bild
Able to connect: EB's openness for all types of integration supports the complete life cycle of machines and plants (© AUCOTEC AG)
804 kB; Jpeg Bild
Uwe Vogt, Executive Officer at Aucotec (© Aucotec AG)
Attentive participants at Aucotec's Aerospace Technology Day in January 2017 (© Aucotec AG)
The speakers (from left: Djibi Dia (Aucotec, for Thales Alenia Space), Dr. Anton Ferner (CADPart), Jérôme Anguenot (Aucotec, for Thales Alenia Space), Birgit Smuda (Sysberry), Benjamin Lamey (OHB System AG), Tim Hoffmann (Sysberry), Martin Huber, Airbus Defence and Space (© Aucotec AG)
Galileo integration at OHB System AG in Bremen. The digital harness design is created in Engineering Base from Aucotec (© OHB System AG)
329 kB; Jpeg Bild
OHB System AG team at Galileo FOC satellite. OHB System AG creates the harness design using Engineering Base from Aucotec (© OHB System AG)
897 kB; Jpeg Bild
More than: 1,500 connectors, 46,000 contacts, 4,400 cable segments, 330 drawings - Cabling of the Airbus satellite EarthCARE with Aucotec's Engineering Base (source: Airbus DS GmbH)
723 kB; Jpeg Bild
About 1,000 connectors, over 31,000 contacts, 2,500 cable segments, and 230 drawings
"Change is unmanageable without networked cooperation": Markus Bochynek, Management Board member of Aucotec AG, at the Technology Day in November
The participants who presented their methods for optimizing processes with Aucotec software (from left): Andreas Raml (R. Stahl), Sven Börner-Sachs and Robert Pedri (Brückner), Michael Eder (Haas), Thomas Hennerbichler (TBP), Dr. Steffen Richter (Areva) / (© AUCOTEC AG)
The sixth Aucotec Technology Day was attended by representatives from manufacturers of waffle machines to submarines based in locations from Kiel to Vienna
Reinhard Knapp, Director Product Management, Aucotec AG (© AUCOTEC AG)
470 kB; PNG Bild
Delta Worksheet for "Advanced Data Tracking" in Engineering Base (© AUCOTEC AG)
82 kB; PNG Bild
Replaced component in SYS plan change notice (© AUCOTEC AG)
88 kB; PNG Bild
Change notice with marked original component in SYS plan (© AUCOTEC AG)
96 kB; PNG Bild
Cover of the change notice with necessary administration information (© AUCOTEC AG)
35 kB; PNG Bild
Assistant to fill in the change notice’s administration information (© AUCOTEC AG)
215 kB; PNG Bild
Easy and clear configuring of functions: the equipment options determine the variants / © AUCOTEC AG
"The EB platform satisfies all prerequisites for making our processes more productive." (Film stretching line, © Brückner Group)
"Optimized interface between electrical and mechanical systems" (Film stretching line in detail, © Brückner Group)
Werner Bamberger, Head of Electrical Engineering and Automation at Brückner (© Brückner Group)
Overview of film stretching line (© Brückner Group)
71 kB; PNG Bild
Roy Lee (at the right), Managing Director of Aucotec Korea, upon signing the contract in Seoul with AG Executive Officer Markus Bochynek (© AUCOTEC AG)
75 kB; PNG Bild
Efficient support of Predictive Maintenance by connected engineering
Reinhard Knapp, Senior Product Manager at Aucotec
Speech Ulrich Cord, Claudius Peters
from l. to r..: Thomas Möller (Rippert), Ulrich Cord (Claudius Peters), Jörg Hammerich (IKN)
278 kB; Jpeg Bild
Multi-layer architecture of Engineering Base with Web server for external connections
99 kB; Jpeg Bild
Navigating through all three aspects at each point of the object model
6 MB; Jpeg Bild
Electricity grids by TenneT
67 kB; PNG Bild
Detail of a circuit diagram in EB
115 kB; PNG Bild
Detail of an equipment list in EB
Isolators in a substation
919 kB; Jpeg Bild
757 kB; Jpeg Bild
Markus Dorlöchter, Head of Rail Systems Engineering at Vossloh Kiepe
299 kB; PNG Bild
Explorer with drawing
168 kB; PNG Bild
Alphanumeric wiring editor
761 kB; Jpeg Bild
Cabinet for vehicle control
771 kB; Jpeg Bild
Overview of the typical vehicle equipment of a railcar
765 kB; Jpeg Bild
Roof container of traction and wiring harness equipment
Vossloh Kiepe tram
Uwe Vogt, Executive Officer at Aucotec AG
INEOS Cologne, picture of the plant (Copyright: INEOS Cologne/Oliver Brenneisen)
272 kB; PNG Bild
Wizard for pipe class definition in Engineering Base, Image (Aucotec)
364 kB; Jpeg Bild
The new Aucotec Logo
49 kB; PNG Bild
EB‘s software architecture with web services
Executive Officer Markus Bochynek
Executive Officers Uwe Vogt (l) and Markus Bochynek (r)
Horst Beran, CEO of Aucotec
Teamcenter® Connector from Aucotec
342 kB; PNG Bild
Advanced Typical Manager
Open and flexible: Multi-layer architecture in the integrative software platform Engineering Base
779 kB; Jpeg Bild
Engineering for energy generation and distribution on the same platform
Integration platform for engineering in the energy sector
635 kB; Jpeg Bild
Power Day in Hanover, November 2014
Lothar Schilling, PKC Segu, illustrates the point of view of the wiring harness manufacturer
Herbert Schäfer, MAN Trucks & Buses, explains the requirements of wiring harness design for commercial vehicles
Reinhard Prechler, Audi, gives an insight into his vision of the wiring harness of the future
308 kB; Jpeg Bild
Automatic detection of changes in the graphic
205 kB; PNG Bild
Tracking list with changes marked
702 kB; PNG Bild
P&ID with piping, flow directions and destinations
482 kB; PNG Bild
3-D Zoom: routing in the front end, Figure: Intec GmbH
The complete harness design process combined in one tool, Figure: Aucotec AG
786 kB; Jpeg Bild
One object all sights upon master data 2012
461 kB; Jpeg Bild
Unique mechatronic integration for wiring harness development and manufacture
942 kB; PNG Bild
AUCOTEC integated engineering process in plant design package
265 kB; Jpeg Bild
Overview of the progress of the project
319 kB; Jpeg Bild
Detailed status information with change history
408 kB; Jpeg Bild
Elektrologik Definition AUCOTEC
543 kB; Jpeg Bild
2D Topologie Grafik AUCOTEC
97 kB; Jpeg Bild
"Fruitful cooperation"
231 kB; Jpeg Bild
Eric Sterling, Senior Vice President Siemens PLM 2014
845 kB; Jpeg Bild
CEO AUCOTEC, Markus Bochynek
Stadler
