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eMobility Research Hub

eMobility Research Hub: Engineering the Future of Clean Mobility

Mobility systems in motion: Cluj-Napoca, RO

eMobility Research Hub develops the strategies, research, feasibility studies, and implementation frameworks behind sustainable mobility systems, for Romania and Eastern Europe.

The Hub

Our team brings extensive experience from landmark national projects, combining research excellence with practical implementation capabilities.

Electric mobility is not a single technology: it is a system of cities, vehicles, charging infrastructure, energy, and policy. We work where those systems intersect: turning European climate objectives into strategies that can actually be built, financed, and operated.

How we work

01

Research & Analysis

In-depth studies and technical analyses for electric mobility solutions, infrastructure planning, and technology assessment.

02

Strategic Consulting

Development of comprehensive strategies for electric mobility adoption, tailored to local and regional needs.

03

Project Management

Full project lifecycle management for electric mobility initiatives, ensuring successful implementation.

04

Knowledge Transfer

Training programs and capacity building for organizations transitioning to electric mobility.

Services

One network, five ways in.

Every engagement connects to the same system of research, strategy, and implementation.

  1. In-depth technical and economic analyses for electric mobility solutions, charging infrastructure, and emerging clean technologies.

    • Technical viability assessment
    • Infrastructure and grid capacity analysis
    • Demand and utilization modelling
    Explore Feasibility Studies
  2. Comprehensive strategies for electric mobility adoption, tailored to local, regional, and national contexts.

    • Mobility transition roadmaps
    • Policy and regulatory alignment
    • Stakeholder and governance mapping
    Explore Strategic Consulting
  3. Full lifecycle management for electric mobility initiatives: from procurement to commissioning.

    • Project structuring and work planning
    • Procurement and tender support
    • Technical supervision and quality assurance
    Explore Project Implementation & Management
  4. Applied research on mobility systems, technology assessment, and data-driven analysis for the energy transition.

    • Applied research studies
    • Technology assessment reports
    • Data collection and modelling
    Explore Research & Development
  5. Training programs and knowledge transfer for organizations transitioning to electric mobility.

    • Tailored training curricula
    • Workshops for public administrations
    • Technical capacity assessments
    Explore Training & Capacity Building

Expertise

Focus areas across the mobility system.

E-0101 / 10

Electric Mobility

Vehicle electrification pathways, fleet transition planning, and total-cost-of-ownership analysis for public and private operators.

E-0202 / 10

Charging Infrastructure

Network planning, site assessment, grid integration, and technology selection for AC/DC charging systems.

E-0303 / 10

Hydrogen Mobility

Feasibility assessment of hydrogen technologies, refuelling infrastructure, and their role in heavy transport.

E-0404 / 10

Urban Mobility

Sustainable urban mobility planning, public transport integration, and modal shift strategies for cities.

E-0505 / 10

Energy Systems

Interaction between mobility and the energy system: grid capacity, renewable integration, and load management.

E-0606 / 10

Sustainable Transport

Decarbonization strategies across transport modes, aligned with EU climate objectives and national frameworks.

E-0707 / 10

Climate Adaptation

Adaptation strategy and action planning, with experience from Romania's national strategy (SNASC) and its implementation plan.

E-0808 / 10

Policy & Strategy

Translation of EU and national policy into implementable regional and local mobility frameworks.

E-0909 / 10

Applied Research

Data-driven studies, technology assessment, and analytical modelling for mobility and energy decisions.

E-1010 / 10

Infrastructure Planning

Spatial and technical planning of mobility infrastructure, from corridor level to individual sites.

Full matrix

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