Electromobility research centre

Keywords:Environmental assessment, Renewable energy, Electric Vehicles, Sustainable mobility, hybrid vehicles, LCA, Powertrains, Energy storage, Power electronics, Charging infrastructure, Lighting, Battery technology, Sustainable Energy Communities, Sustainable energy, Autonomous vehicles, Consumer behaviour, Total cost of ownership, Socio-economic evaluations, Transport, business planning

Disciplines:Electrical power engineering, Transport economics, Numerical modelling and design, Data mining, Adaptive agents and intelligent robotics, Electrical Power Engineering not elsewhere classified, Automotive combustion and fuel engineering, Electrochemistry, Automation and control systems, Urban and regional design, development and planning, Life cycle analysis of construction materials, Consumer behaviour, Market research, Climate change, Ecodesign, Sustainable development, Smart cities, Environmental and sustainable planning, Control engineering, Transport planning, Transport design, Public transportation, Modelling and simulation, Innovation and technology management, Logistics and supply chain management, Transportation impact analysis, Business management, Intelligent vehicles, Intelligent transportation systems, Energy conversion, Economic development, innovation, technological change and growth, Energy storage, Automotive engineering, Distribution, Environmental impact and risk assessment, Environmental management, Machine learning and decision making, Battery technology, Electrical energy production and distribution, Neural, evolutionary and fuzzy computation, Environment policy, Automotive engineering not elsewhere classified, Electrical machines and transformers, Renewable power and energy systems engineering, Information sciences, Distributed computing, Chemical characterisation of materials, Information systems