ETRA INVESTIGACION Y DESARROLLO SA (ETRA) – Coordinator
With over 3,000 employees and a global presence, GRUPO ETRA (part of the VINCI network) is a European leader in digital and industrial solutions for mobility, energy, and security. Its innovation engine, ETRA Investigación y Desarrollo (ETRA I+D), was established in 1979 in Valencia (Spain). Ranked among the top 1% of innovative European companies, it has participated in over 100 large-scale EU research projects (FP7, H2020 and Horizon Europe), successfully bridging the gap between pioneering scientific research and real-world industrial application.
ETRA I+D focuses on system interoperability and scalability to ensure that urban infrastructures are fit for the future and ready for the green transition. Key areas of expertise include:
ETRA I+D focuses on system interoperability and scalability to ensure that urban infrastructures are fit for the future and ready for the green transition. Key areas of expertise include:
- Intelligent transport systems: Implementing AI-driven traffic management and multimodal mobility services, including active development in CCAM to provide cooperative services.·
- Electromobility and EV infrastructure: ETRA I+D is leading the development of smart charging infrastructure, V2G protocols, and management platforms that balance electric fleet demand with energy grid capacity.
- Smart energy and power systems: Developing digital twins for energy networks and advanced tools to enhance the flexibility and resilience of the electrical distribution system.
- Integrated security: Command-and-control platforms that integrate multi-sensor data to protect public spaces and critical infrastructure from physical and digital threats.
ENGINEERING – INGEGNERIA INFORMATICA SPA (ENG)
Engineering is a Digital Transformation Company, leader in Italy with a strong international presence, with approximately 14,000 employees and over 80 offices across Europe, the United States, and South America.
The Engineering Group consists of more than 50 companies in 21 countries and supports businesses and organizations in their continuous evolution through deep expertise in business processes across all market segments, leveraging the opportunities offered by advanced digital technologies such as Artificial Intelligence, Digital Twin, Cybersecurity, and Cloud, as well as proprietary solutions, backed by over 40 years of experience.
The Group integrates best-of-breed market solutions and managed services and continues to expand its expertise through M&A activities and partnerships with leading technology players.
Engineering invests heavily in innovation through its R&I division and in human capital through its Academy.
The Engineering Group positions itself as a key player in the creation of digital ecosystems to connect different markets, developing composable solutions for continuous business transformation.
The Engineering Group consists of more than 50 companies in 21 countries and supports businesses and organizations in their continuous evolution through deep expertise in business processes across all market segments, leveraging the opportunities offered by advanced digital technologies such as Artificial Intelligence, Digital Twin, Cybersecurity, and Cloud, as well as proprietary solutions, backed by over 40 years of experience.
The Group integrates best-of-breed market solutions and managed services and continues to expand its expertise through M&A activities and partnerships with leading technology players.
Engineering invests heavily in innovation through its R&I division and in human capital through its Academy.
The Engineering Group positions itself as a key player in the creation of digital ecosystems to connect different markets, developing composable solutions for continuous business transformation.
AVL IBERICA EUSKADI SL (AVL ES)
AVL is the world’s largest independent company for development, simulation, and testing in the automotive industry and other energy‑intensive sectors. AVL creates innovative and affordable technologies to effectively reduce CO₂ emissions by applying a multi‑energy carrier strategy, covering hybrid, battery electric, hydrogen, and fuel‑cell technologies. The company supports customers throughout the full development lifecycle, from concept and design to validation and serial production, combining system engineering, digitalisation, AI‑based methods, and advanced testing solutions.
Within the PrEVent project, AVL contributes its strong industrial background in e‑mobility systems, cybersecurity‑aware validation, and testing methodologies, supporting the development of robust, standards‑compliant, and resilient solutions for the European e‑mobility ecosystem. AVL participates in PrEVent through specialised divisions that provide complementary engineering and cybersecurity expertise.
AVL‑IBERICA Euskadi (AVL ES), founded in 2022 and located in Donostia–San Sebastián, represents the tailored engineering services arm of AVL in the Basque Country. In PrEVent, AVL ES contributes with a strong technical background in cybersecurity, focusing on vulnerability analysis, static analysis of firmware and software components, and protocol‑level testing of EV and EV–EVSE communications. AVL ES will implement a structured penetration testing framework, leveraging AI‑powered Digital Twins, to support controlled attack simulation, validation of mitigation strategies, and cybersecurity testing aligned with international standards.
Within the PrEVent project, AVL contributes its strong industrial background in e‑mobility systems, cybersecurity‑aware validation, and testing methodologies, supporting the development of robust, standards‑compliant, and resilient solutions for the European e‑mobility ecosystem. AVL participates in PrEVent through specialised divisions that provide complementary engineering and cybersecurity expertise.
AVL‑IBERICA Euskadi (AVL ES), founded in 2022 and located in Donostia–San Sebastián, represents the tailored engineering services arm of AVL in the Basque Country. In PrEVent, AVL ES contributes with a strong technical background in cybersecurity, focusing on vulnerability analysis, static analysis of firmware and software components, and protocol‑level testing of EV and EV–EVSE communications. AVL ES will implement a structured penetration testing framework, leveraging AI‑powered Digital Twins, to support controlled attack simulation, validation of mitigation strategies, and cybersecurity testing aligned with international standards.
GROUPEMENT POUR L’ITINERANCE DES RECHARGES ELECTRIQUES DE VEHICULES (GIR)
Gireve is a digital platform that aggregates multiple mobility players in Europe: charging station networks, mobile applications and mobility solutions for EV drivers, navigation services… At the heart of exchanges, Gireve has been processing and enriching data for 10 years to offer recommendations and consulting services to companies, helping them understand the e-mobility ecosystem, develop on a new market or accelerate its activity, achieve its energy transition, build the mobility of tomorrow by bringing solutions to the coming challenges.
FUNDACION CENTRO DE TECNOLOGIAS DE INTERACCION VISUAL Y COMUNICACIONES VICOMTECH (VICOM)
Vicomtech is a technological centre specialized in Artificial Intelligence, Visual Computing & Interaction, focused on applied research and knowledge transfer to companies and society. It is located in the Basque Country in Spain and, with more than 25 years of experience, it develops advanced technological solutions in areas such as industry, health, security, mobility and energy, collaborating closely with companies, public administrations and key stakeholders within the science, technology and innovation ecosystem. Vicomtech has a strong international outlook, positioning itself as a benchmark for innovation beyond the regional level and contributing to global technological progress through collaboration and knowledge exchange. It acts as a bridge between cutting-edge research and real-world industrial applications, delivering high-value solutions that address concrete societal and business needs. Through its strong commitment to innovation and collaboration, Vicomtech contributes to improving business competitiveness and societal well-being.
UTAC FRANCE (UTAC)
UTAC is a leading international testing laboratory and expert in regulations, validation, and type approval.
With deep expertise in autonomous, connected, and electric mobility, UTAC supports the testing, virtual validation, and demonstration of innovative transport technologies.
The group provides comprehensive services covering regulatory compliance, type approval, physical and virtual testing, as well as cybersecurity audits and assessments for connected vehicle systems.
Operating 8 major proving grounds across Europe and internationally, and employing around 1,300 people, UTAC is also an official Euro NCAP laboratory and is notified as a technical service in France, Belgium, the UK, the Netherlands, Romania, and other countries.
With deep expertise in autonomous, connected, and electric mobility, UTAC supports the testing, virtual validation, and demonstration of innovative transport technologies.
The group provides comprehensive services covering regulatory compliance, type approval, physical and virtual testing, as well as cybersecurity audits and assessments for connected vehicle systems.
Operating 8 major proving grounds across Europe and internationally, and employing around 1,300 people, UTAC is also an official Euro NCAP laboratory and is notified as a technical service in France, Belgium, the UK, the Netherlands, Romania, and other countries.
Inovacijsko-razvojni inštitut Univerze v Ljubljani (IRI UL)
The Institute for Innovation and Development of University of Ljubljana (IRI UL) is a research and development organisation that actively co-designs, creates and disseminates technological and societal solutions tailored to people and the environment. In line with our mission, we identify the needs of the economy, design and manage international research and development projects within the framework of EU programmes, and support the implementation of project results into practice. In cooperation with industry, NGOs, government institutions and other non-academic actors, we create a bridge between university knowledge and the needs of society and the environment.
Our paradigm is based on active engagement with local stakeholders and the integration of anthropological research methods, approaches and knowledge. Our in-depth understanding of the needs of different social groups enables us to develop innovations that contribute to positive social change.
We focus on sustainable energy production, storage and use, and promote energy efficiency, the integration of renewable energy sources and the establishment of smart energy networks through advice and strategies. With our expertise in energy and material efficiency in the built environment, we actively address today’s challenges, working to reduce emissions and optimise energy and material flows. Our approach to building renovation is based on the concepts of embodied energy and energy efficiency of building performance. In line with the European Industrial Strategy, we support the transition of the built environment and industry towards carbon neutrality targets by 2050.
Our commitment to responsible research and innovation ensures standards of transparency, ethics and safety. Involving diverse groups of people in our R&D activities brings diverse perspectives that help us better understand the potential social and environmental impacts of our work. In doing so, we aim to set an example of responsible and ethical action, co-create a sustainable society and foster innovation for a green future.
Our paradigm is based on active engagement with local stakeholders and the integration of anthropological research methods, approaches and knowledge. Our in-depth understanding of the needs of different social groups enables us to develop innovations that contribute to positive social change.
We focus on sustainable energy production, storage and use, and promote energy efficiency, the integration of renewable energy sources and the establishment of smart energy networks through advice and strategies. With our expertise in energy and material efficiency in the built environment, we actively address today’s challenges, working to reduce emissions and optimise energy and material flows. Our approach to building renovation is based on the concepts of embodied energy and energy efficiency of building performance. In line with the European Industrial Strategy, we support the transition of the built environment and industry towards carbon neutrality targets by 2050.
Our commitment to responsible research and innovation ensures standards of transparency, ethics and safety. Involving diverse groups of people in our R&D activities brings diverse perspectives that help us better understand the potential social and environmental impacts of our work. In doing so, we aim to set an example of responsible and ethical action, co-create a sustainable society and foster innovation for a green future.
AVANT CAR POSLOVNI INZENIRING DOO (AVANT)
Avant car is one of the leading providers of Mobility as a service and E-mobility (Fleet management, Rent-a-car, Car Sharing, E-mobility, CPO and EMSP) in the territories of Republic of Slovenia, Republic of Croatia, Republic of North Macedonia and Austria with a fleet of more than 1.000 electric cars, 3.000 ICE cars and 350 EV charging stations. The annual turnover of Avant car group is 40+ million EUR and has 160+ employees.
Avant car has developed and successfully implemented an innovative 100% electric car sharing system (under the brand name “Avant2Go”) with high scale potential. Avant2Go Car sharing system is already successfully operating for 6 years in several cities on Slovenian, Croatian, Macedonian, and Austrian markets. Avant car is thereby acting as a pioneer for widespread enforcement of electric and digitalised mobility, and by implementing the infrastructure for electric vehicles it is encouraging the use and sharing of electric vehicles as well as having an important influence on familiarizing individuals and companies with the benefits of shared mobility, electric vehicles, their capacity, efficiency, and accessibility.
It’s 100% owned company eFrend d.o.o. is specialized in EV charger infrastructure development (deployment), operates more than 350 AC and DC chargers (CPO) and runs EMSP services through the app eFrend (roaming to 300.000+ chargers established through OCPI or Hubject)
Avant car has developed and successfully implemented an innovative 100% electric car sharing system (under the brand name “Avant2Go”) with high scale potential. Avant2Go Car sharing system is already successfully operating for 6 years in several cities on Slovenian, Croatian, Macedonian, and Austrian markets. Avant car is thereby acting as a pioneer for widespread enforcement of electric and digitalised mobility, and by implementing the infrastructure for electric vehicles it is encouraging the use and sharing of electric vehicles as well as having an important influence on familiarizing individuals and companies with the benefits of shared mobility, electric vehicles, their capacity, efficiency, and accessibility.
It’s 100% owned company eFrend d.o.o. is specialized in EV charger infrastructure development (deployment), operates more than 350 AC and DC chargers (CPO) and runs EMSP services through the app eFrend (roaming to 300.000+ chargers established through OCPI or Hubject)
ELEKTRO LJUBLJANA PODJETJE ZADISTRIBUCIJO ELEKTRICNE ENERGIJE D.D. (ELEK)
Elektro Ljubljana is the largest electricity distribution company in Slovenia, responsible for the operation, maintenance, and development of the distribution network in the central and southeastern parts of the country. Serving over 340,000 customers, including the capital city, the company acts as a vital Distribution System Operator (DSO) at the heart of the Slovenian energy transition. Its primary mission is to ensure a reliable, safe, and efficient power supply while modernizing the grid to support decarbonization and decentralized energy resources.
A frontrunner in sustainable innovation, Elektro Ljubljana has played a decisive role in establishing Slovenia’s e-mobility landscape. Through its extensive network of public charging stations, it facilitates the integration of electric vehicles (EVs) into the power system, promoting green transport solutions. Within the framework of advanced mobility projects, the company focuses on the critical intersection of energy and digital security. Their expertise is essential for safeguarding grid-connected interfaces against emerging cyber threats, ensuring that charging infrastructure remains resilient and secure. By combining smart grid management with robust cybersecurity protocols, Elektro Ljubljana supports the European goal of a trusted, zero-emission mobility ecosystem, protecting both the stability of the national grid and the safety of digital energy services.
A frontrunner in sustainable innovation, Elektro Ljubljana has played a decisive role in establishing Slovenia’s e-mobility landscape. Through its extensive network of public charging stations, it facilitates the integration of electric vehicles (EVs) into the power system, promoting green transport solutions. Within the framework of advanced mobility projects, the company focuses on the critical intersection of energy and digital security. Their expertise is essential for safeguarding grid-connected interfaces against emerging cyber threats, ensuring that charging infrastructure remains resilient and secure. By combining smart grid management with robust cybersecurity protocols, Elektro Ljubljana supports the European goal of a trusted, zero-emission mobility ecosystem, protecting both the stability of the national grid and the safety of digital energy services.
Fraunhofer IVI (FhG IVI)
Fraunhofer IVI is an applied research institute based in Dresden, Germany. Our researchers are developing technologies and concepts for mobility, energy, as well as safety and security – from forward-looking preliminary research to practical applications in everyday use. We focus on applications in intelligent transport systems, vehicle and road safety, civil protection, autonomous and swarm technologies and e-mobility. We have long-standing experience in developing sustainable solutions for efficient energy supply systems and (automatic) megawatt charging infrastructure.
Fraunhofer IVI is part of the Fraunhofer-Gesellschaft, one of the world’s leading organizations for applied research. Fraunhofer plays a major role in innovation by prioritizing research on cutting-edge technologies and the transfer of results to industry to strengthen Germany’s and Europe’s industrial base and for the benefit of society as a whole. Fraunhofer’s distinctive feature is its large share of industry revenue, guaranteeing close collaboration with the private sector and industry, and the consistent focus of Fraunhofer’s research on the market.
Fraunhofer IVI is part of the Fraunhofer-Gesellschaft, one of the world’s leading organizations for applied research. Fraunhofer plays a major role in innovation by prioritizing research on cutting-edge technologies and the transfer of results to industry to strengthen Germany’s and Europe’s industrial base and for the benefit of society as a whole. Fraunhofer’s distinctive feature is its large share of industry revenue, guaranteeing close collaboration with the private sector and industry, and the consistent focus of Fraunhofer’s research on the market.
aeroLiFi GmbH (AER)
Founded in April 2018, aeroLiFi GmbH, an independent small company, has established itself as a provider of communication and data transmission systems based on highly innovative core technology: light-based networked communication, which enables wireless data rates at the highest levels as well as controlled and secure connections for a wide variety of applications. aeroLiFi has a focus on the development of high-performance hardware for optical data transmission.
Currently the team consists of eleven experienced employees with mostly relevant Master level or PhD degrees in the fields of electronic hardware and software engineering, embedded systems, and communication technologies.
First products were focused on infrared LED-based point to multi-point systems for indoor applications, reaching data rates of about 200 Mb/s. Over the last three years the company has embarked on projects to continuously increase the data rates in indoor and outdoor applications. These projects range from applications for transportation use cases over aircraft implementations to space infrastructure and will reach data rates between 2.5 Gbit/s up to 1 Tbit/s.
In addition, aeroLiFi has been and is involved in the development of various hybrid (optical/WiFi, optical/5G) demonstrators for various applications like robotics, virtual reality, video streaming, 6G multipath laboratory, etc. Besides the core technologies of data transmission and storage, supporting technologies like acquisition, tracking, and pointing have been developed as part of various programs.
In the PrEVent project aeroLiFi primarily supports the Automated Charging Device Underbody (ACD-U) use case with the LiFi communication and sensing infrastructure.
Currently the team consists of eleven experienced employees with mostly relevant Master level or PhD degrees in the fields of electronic hardware and software engineering, embedded systems, and communication technologies.
First products were focused on infrared LED-based point to multi-point systems for indoor applications, reaching data rates of about 200 Mb/s. Over the last three years the company has embarked on projects to continuously increase the data rates in indoor and outdoor applications. These projects range from applications for transportation use cases over aircraft implementations to space infrastructure and will reach data rates between 2.5 Gbit/s up to 1 Tbit/s.
In addition, aeroLiFi has been and is involved in the development of various hybrid (optical/WiFi, optical/5G) demonstrators for various applications like robotics, virtual reality, video streaming, 6G multipath laboratory, etc. Besides the core technologies of data transmission and storage, supporting technologies like acquisition, tracking, and pointing have been developed as part of various programs.
In the PrEVent project aeroLiFi primarily supports the Automated Charging Device Underbody (ACD-U) use case with the LiFi communication and sensing infrastructure.
TECHNISCHE UNIVERSITAET DRESDEN (TUD)
The Technical University of Dresden (TUD) is recognized as a university of excellence and ranks among Germany’s leading research institutions, well known for its strong interdisciplinary approach and spirit of innovation. As one of the largest technical universities in Germany, TUD combines scientific depth with practical relevance and maintains a strong international orientation.
Within TUD, the Chair of Information Technology for Transport Systems (ITVS) plays a central role in driving forward research on intelligent transport systems (ITS) and digital mobility solutions. Its projects address challenges in traffic management, sustainable infrastructure, and automated driving. The ITVS research team integrates communication technologies, sensor networks, data analytics, and artificial intelligence to enhance safety, efficiency, and environmental performance in mobility systems.
By connecting theoretical research with industrial applications, the department contributes to developments in connected and autonomous vehicles, cooperative communication, and precise positioning methods for smart transport networks. TUD-ITVS actively collaborates with industry and research partners across Europe, supporting innovation in future transportation systems.
Within TUD, the Chair of Information Technology for Transport Systems (ITVS) plays a central role in driving forward research on intelligent transport systems (ITS) and digital mobility solutions. Its projects address challenges in traffic management, sustainable infrastructure, and automated driving. The ITVS research team integrates communication technologies, sensor networks, data analytics, and artificial intelligence to enhance safety, efficiency, and environmental performance in mobility systems.
By connecting theoretical research with industrial applications, the department contributes to developments in connected and autonomous vehicles, cooperative communication, and precise positioning methods for smart transport networks. TUD-ITVS actively collaborates with industry and research partners across Europe, supporting innovation in future transportation systems.
FLEXIBLE POWER SYSTEMS LTD (FPS)
Flexible Power Systems (FPS) is a UK‑based provider of smart software solutions for the electrification and management of commercial vehicle fleets. Since 2018, FPS has worked with leading retail, logistics, public transport, refuse collection, and facilities management fleets to support electric van, truck, and bus deployments from initial planning through to long‑term operation.
FPS combines deep expertise in low‑carbon technologies, software, and data analytics—representing over 200 years of collective experience—to deliver end‑to‑end digital fleet management. Its platforms integrate vehicles, chargers, and operational systems, using real‑time data to automate decisions, optimise performance, and reduce risk, cost, and downtime across EV fleets.
FPS also develops high‑granularity EV transition plans, modelling cost, energy, emissions, and infrastructure impacts at vehicle and site level, and sequences them into practical, multi‑year roadmaps. With solutions including FPS Operate and TRU Fuel Saver, FPS is at the cutting edge of commercial fleet decarbonisation.
FPS combines deep expertise in low‑carbon technologies, software, and data analytics—representing over 200 years of collective experience—to deliver end‑to‑end digital fleet management. Its platforms integrate vehicles, chargers, and operational systems, using real‑time data to automate decisions, optimise performance, and reduce risk, cost, and downtime across EV fleets.
FPS also develops high‑granularity EV transition plans, modelling cost, energy, emissions, and infrastructure impacts at vehicle and site level, and sequences them into practical, multi‑year roadmaps. With solutions including FPS Operate and TRU Fuel Saver, FPS is at the cutting edge of commercial fleet decarbonisation.
Cenex (Centre of Excellence for Low Carbon and Fuel Cell Technologies)
Cenex was established as the UK’s first Centre of Excellence for Low Carbon and Fuel Cell technologies in 2005.
Today, Cenex focuses on low emission transport & associated energy infrastructure, operating as an independent, not-for-profit, research & technology organisation (RTO) and consultancy, specialising in project delivery, innovation support and market development.
We also organise Cenex Expo, the leading event in the UK’s innovation community, to showcase the latest technology and developments in the industry.
Our independence ensures impartial, trustworthy advice, and, as a not-for-profit, we are driven by the outcomes that are right for you, your industry and your environment, not by the work which pays the most or favours one technology.
As trusted advisors with expert knowledge, we are the go-to source of guidance and support for public and private sector organisations along their transition to a zero-carbon future and will always provide you with the insights and solutions that reduce pollution, increase efficiency and lower costs.
Learn more about Cenex: https://www.cenex.co.uk/
Today, Cenex focuses on low emission transport & associated energy infrastructure, operating as an independent, not-for-profit, research & technology organisation (RTO) and consultancy, specialising in project delivery, innovation support and market development.
We also organise Cenex Expo, the leading event in the UK’s innovation community, to showcase the latest technology and developments in the industry.
Our independence ensures impartial, trustworthy advice, and, as a not-for-profit, we are driven by the outcomes that are right for you, your industry and your environment, not by the work which pays the most or favours one technology.
As trusted advisors with expert knowledge, we are the go-to source of guidance and support for public and private sector organisations along their transition to a zero-carbon future and will always provide you with the insights and solutions that reduce pollution, increase efficiency and lower costs.
Learn more about Cenex: https://www.cenex.co.uk/
EMPRESA MUNICIPAL DE TRANSPORTES DE MADRID S.A. (EMT)
EMT Madrid (Empresa Municipal de Transportes de Madrid S.A.) is the public transport operator owned by the City of Madrid and a key player in the delivery of sustainable and integrated urban mobility services. With more than 10,300 employees, EMT Madrid manages a wide portfolio of mobility solutions under the Madrid Mobility 360 approach, placing the citizen at the centre.
The company operates a fleet of 2,215 buses, already 100% green (aprox. 20% of which are electric), serving 229 bus lines and more than 11,200 bus stops across the city. Moving 512 million passengers per year (2025 figures) it operates through five bus depots. EMT Madrid is also responsible for the city’s public bike-sharing system, BiciMAD, with more than 8,000 e-bikes (13.7 million trips in 2025), as well as for 29 public parking facilities, 4 mobility hubs, tow truck services, advertising assets and the Madrid cable car.
In addition, EMT Madrid actively participates in European-funded projects and it also provides technical assistance by its consultancy division, contributing to innovation in sustainable, digital and efficient mobility. As a reference operator, EMT Madrid plays a strategic role in supporting Madrid’s transition towards a cleaner, more resilient and client-oriented urban mobility model.
The company operates a fleet of 2,215 buses, already 100% green (aprox. 20% of which are electric), serving 229 bus lines and more than 11,200 bus stops across the city. Moving 512 million passengers per year (2025 figures) it operates through five bus depots. EMT Madrid is also responsible for the city’s public bike-sharing system, BiciMAD, with more than 8,000 e-bikes (13.7 million trips in 2025), as well as for 29 public parking facilities, 4 mobility hubs, tow truck services, advertising assets and the Madrid cable car.
In addition, EMT Madrid actively participates in European-funded projects and it also provides technical assistance by its consultancy division, contributing to innovation in sustainable, digital and efficient mobility. As a reference operator, EMT Madrid plays a strategic role in supporting Madrid’s transition towards a cleaner, more resilient and client-oriented urban mobility model.
JEMA ENERGY SA (JEMA)
Jema Energy is a technology company specialized in the design and manufacture of advanced energy conversion systems, with more than 70 years of experience and a strong international presence. The company delivers highly efficient, reliable and customized power electronics solutions for demanding applications worldwide.
Jema has participated in some of the most pioneering projects in the field of nuclear fusion and Big Science, developing high-performance power converters that require extreme precision and stability. Its capabilities cover the full project lifecycle, including design, manufacturing, programming, testing and commissioning of high voltage (up to 180kV) and high current (up to 250kA) systems.
The company operates in three main business areas: Big Science, renewable energy and electric mobility. In this last field, Jema provides interoperable charging solutions for heavy-duty vehicles, aligned with the latest international standards. Additionally, Jema offers comprehensive engineering services, supporting civil works and electrical installations and complementing them with centralized and remote monitoring systems to ensure optimal performance and reliability.
Jema has participated in some of the most pioneering projects in the field of nuclear fusion and Big Science, developing high-performance power converters that require extreme precision and stability. Its capabilities cover the full project lifecycle, including design, manufacturing, programming, testing and commissioning of high voltage (up to 180kV) and high current (up to 250kA) systems.
The company operates in three main business areas: Big Science, renewable energy and electric mobility. In this last field, Jema provides interoperable charging solutions for heavy-duty vehicles, aligned with the latest international standards. Additionally, Jema offers comprehensive engineering services, supporting civil works and electrical installations and complementing them with centralized and remote monitoring systems to ensure optimal performance and reliability.
IRIZAR E-MOBILITY SL (IRI) | Affiliated Entity
At Irizar e-mobility, we offer comprehensive electromobility solutions for cities, both in terms of manufacturing 100% electric vehicles, and in terms of manufacturing and installing the major infrastructure systems necessary for charging, traction, and energy storage, all with the application of the Group’s completely European technology and with Irizar’s warranty and service quality.
The operator therefore has the added benefit of having a single point of contact at every stage of the project, including detailed consultation, comprehensive vehicle care and an after-sales, maintenance and repair service which are tailored to the customer’s needs.
We also offer constant updates to the in-built systems to respond effectively to the challenge of maximising the service life of each vehicle, thereby optimising the value of its assets. And a customisable fleet management system which, in addition to comprehensive monitoring of costs and efficiency, offers the possibility of optimising the performance and profitability of each fleet and safety while driving can be provided.
Irizar e‑mobility has decided to promote the use of efficient, clean and accessible transport that is committed to the environment and to people’s well‑being and health, and that enables the creation of better urban environments. Particular emphasis is placed on reducing noise pollution, achieving low consumption that reduces costs, and developing zero‑emission vehicles. All these objectives serve to highlight the meaning of our motto, “for a better life”.
The operator therefore has the added benefit of having a single point of contact at every stage of the project, including detailed consultation, comprehensive vehicle care and an after-sales, maintenance and repair service which are tailored to the customer’s needs.
We also offer constant updates to the in-built systems to respond effectively to the challenge of maximising the service life of each vehicle, thereby optimising the value of its assets. And a customisable fleet management system which, in addition to comprehensive monitoring of costs and efficiency, offers the possibility of optimising the performance and profitability of each fleet and safety while driving can be provided.
Irizar e‑mobility has decided to promote the use of efficient, clean and accessible transport that is committed to the environment and to people’s well‑being and health, and that enables the creation of better urban environments. Particular emphasis is placed on reducing noise pollution, achieving low consumption that reduces costs, and developing zero‑emission vehicles. All these objectives serve to highlight the meaning of our motto, “for a better life”.
UNION INTERNATIONALE DES TRANSPORTS PUBLICS (UITP) – International Association of Public Transport (UITP)
UITP is the international association for public transport and the global advocate for sustainable urban mobility. Founded in 1885 and headquartered in Brussels, it brings together public transport authorities and operators, policy makers, research organisations and industry from around the world. With over 2,000 member companies in 100 countries and a global network of regional offices, UITP fosters collaboration, knowledge sharing, advocacy and innovation across the sector. It also plays a leading role in European and international research, while its events, projects and expert networks support the exchange of expertise, inform policy and contribute to more sustainable mobility worldwide.
CharIN Academy GmbH (CHAR)
The CharIN Academy GmbH is the contracted organizing party and is acting on behalf of CharIN e. V. to organize the CharIN Testivals, the trainings and events & trade fairs. CharIN Academy GmbH is providing everyone an opportunity to benefit from live testing on-site, practice-oriented trainings on e-mobility and charging topics and by presentation of their portfolio on international trade fairs.
- It delivers specialized educational programs covering standards such as ISO 15118, CCS, MCS, and related communication protocols across the EV charging ecosystem. The Academy supports industry stakeholders including OEMs, charging infrastructure providers, utilities, and public authorities in developing technical and operational expertise. Its activities include training sessions, workshops, and knowledge transfer formats aligned with the latest regulatory and standardization developments in Europe and globally.
- CharIN Academy contributes to accelerating market adoption by improving understanding of interoperability requirements and implementation best practices. It leverages CharIN’s technical expertise, working group outputs, and real-world testing experience from interoperability events such as Testivals.
- The organization also supports skills development for emerging topics such as Plug & Charge, bidirectional charging, and secure communication frameworks. Through its programs, it aims to reduce implementation barriers and foster a common understanding across stakeholders.
- CharIN Academy operates as a neutral and industry-driven platform, ensuring alignment with open standards and global interoperability goals. Its mission is to enable a competent workforce and support the scalable deployment of standardized EV charging solutions worldwide.
Institut für Klimaschutz, Energie und Mobilität e.V. (IKEM)
English: Institute for Climate Protection, Energy and Mobility (IKEM)
The Institute for Climate Protection, Energy and Mobility (IKEM) is a non-profit association and independent research institute with more than 15 years of experience in interdisciplinary research on climate change mitigation. IKEM brings together around 50 experts from diverse academic backgrounds who explore pathways toward a sustainable society, focusing on the interactions between legal, economic, and political frameworks shaping the German and European energy and mobility transitions. IKEM is affiliated with the University of Greifswald and has held Special Consultative Status with the United Nations Economic and Social Council since 2017.
The Institute for Climate Protection, Energy and Mobility (IKEM) is a non-profit association and independent research institute with more than 15 years of experience in interdisciplinary research on climate change mitigation. IKEM brings together around 50 experts from diverse academic backgrounds who explore pathways toward a sustainable society, focusing on the interactions between legal, economic, and political frameworks shaping the German and European energy and mobility transitions. IKEM is affiliated with the University of Greifswald and has held Special Consultative Status with the United Nations Economic and Social Council since 2017.
ASOCIACION ESPANOLA DE NORMALIZACION (UNE)
UNE (Asociación Española de Normalización) is the Spanish National Standards Body, legally designated to manage and coordinate standardization activities across Spain. As a non-profit, multisectoral organization, UNE serves as the vital bridge between Spanish industry and international standardization bodies, representing Spain in global (ISO, IEC) and European (CEN, CENELEC, ETSI) organizations. Its primary mission is to enhance the quality, safety, and competitiveness of companies and products through the development of technical standards.
With a portfolio of over 37,000 standards and a network of more than 200 technical committees, UNE provides a strategic platform for collaboration among thousands of experts. In the context of the digital and green transition, UNE is instrumental in developing frameworks for cybersecurity, electric vehicle infrastructure, and smart cities. By facilitating the consensus-based creation of technical specifications, UNE helps ensure that innovative solutions—such as those developed in the PrEVent project—are interoperable, reliable, and compliant with critical EU regulations like the Cyber Resilience Act (CRA) and NIS2. Through its leadership in standardization, UNE supports European digital sovereignty and the successful deployment of trusted, secure, and climate-neutral mobility systems.
With a portfolio of over 37,000 standards and a network of more than 200 technical committees, UNE provides a strategic platform for collaboration among thousands of experts. In the context of the digital and green transition, UNE is instrumental in developing frameworks for cybersecurity, electric vehicle infrastructure, and smart cities. By facilitating the consensus-based creation of technical specifications, UNE helps ensure that innovative solutions—such as those developed in the PrEVent project—are interoperable, reliable, and compliant with critical EU regulations like the Cyber Resilience Act (CRA) and NIS2. Through its leadership in standardization, UNE supports European digital sovereignty and the successful deployment of trusted, secure, and climate-neutral mobility systems.
MINDS & SPARKS GMBH (M&S)
MINDS & SPARKS (M&S) is an independent, non-profit research organisation based in Vienna, Austria fostering science, innovation and technology to address major challenges and develop new methods and solutions for a better society. M&S creates strong connections between science and society using interdisciplinary approaches, promoting best practices and raising awareness on research and innovation achievements. Furthermore, the organisation focuses on improving the sustainability of research and innovation outcomes especially of public funded projects to ensure that spent resources lead to permanent positive impacts for the society as a whole.
M&S is formed by a team of highly skilled personnel which holds many years of experience in designing, leading and implementing research and advisory projects and it hosts development consultants and technical engineers which have broad knowledge along the software development cycle. The organisation is involved with various research and innovation stakeholder networks including research organisations, academic institutions, civil societies, NGOs, governments, and industry in various sectors such as safety and security, health and care, energy and environment, or information and communication technologies.
M&S is formed by a team of highly skilled personnel which holds many years of experience in designing, leading and implementing research and advisory projects and it hosts development consultants and technical engineers which have broad knowledge along the software development cycle. The organisation is involved with various research and innovation stakeholder networks including research organisations, academic institutions, civil societies, NGOs, governments, and industry in various sectors such as safety and security, health and care, energy and environment, or information and communication technologies.
AVL LIST GMBH (AVL AT)
AVL is the world’s largest independent company for the development, simulation, and testing of powertrain systems, as well as innovative solutions for the automotive and mobility industry. Headquartered in Graz, Austria, AVL serves as a strategic partner to vehicle manufacturers (OEMs) and suppliers worldwide, providing cutting-edge engineering services, advanced simulation software, and sophisticated instrumentation and test systems.
As the global transport sector shifts toward zero-emission mobility, AVL has established itself as a leader in the development of electric vehicles (EVs), hybrid systems, battery technology, and fuel cells. Their expertise covers the entire vehicle lifecycle, from initial design and simulation to real-world testing and validation. In the era of digital transformation, AVL plays a critical role in the advancement of Software-Defined Vehicles (SDVs) and autonomous driving.
Within the e-mobility ecosystem, AVL’s focus on cybersecurity and functional safety is paramount. By providing advanced testing environments and digital twin solutions, they ensure that modern powertrain systems are not only efficient and sustainable but also resilient against emerging cyber threats. Their contribution to international standards and robust testing methodologies makes them an essential pillar in the transition to trusted, cyber-secure, and climate-neutral transport systems.
As the global transport sector shifts toward zero-emission mobility, AVL has established itself as a leader in the development of electric vehicles (EVs), hybrid systems, battery technology, and fuel cells. Their expertise covers the entire vehicle lifecycle, from initial design and simulation to real-world testing and validation. In the era of digital transformation, AVL plays a critical role in the advancement of Software-Defined Vehicles (SDVs) and autonomous driving.
Within the e-mobility ecosystem, AVL’s focus on cybersecurity and functional safety is paramount. By providing advanced testing environments and digital twin solutions, they ensure that modern powertrain systems are not only efficient and sustainable but also resilient against emerging cyber threats. Their contribution to international standards and robust testing methodologies makes them an essential pillar in the transition to trusted, cyber-secure, and climate-neutral transport systems.