Electric Systems for Transportation

Transportation systems play a major role in the reduction of energy consumptions and environmental impact all over the world. The significant amount of energy of transport systems forces the adoption of new solutions to ensure their performance with energy-saving and reduced environmental impact. In...

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Year of Publication:2021
Language:English
Physical Description:1 electronic resource (690 p.)
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520 |a Transportation systems play a major role in the reduction of energy consumptions and environmental impact all over the world. The significant amount of energy of transport systems forces the adoption of new solutions to ensure their performance with energy-saving and reduced environmental impact. In this context, technologies and materials, devices and systems, design methods, and management techniques, related to the electrical power systems for transportation are continuously improving thanks to research activities. The main common challenge in all the applications concerns the adoption of innovative solutions that can improve existing transportation systems in terms of efficiency and sustainability. 
546 |a English 
650 7 |a Technology: general issues  |2 bicssc 
653 |a electric bus 
653 |a vehicle selection 
653 |a road operation test 
653 |a sustainable development 
653 |a more electric aircraft (MEA) 
653 |a multilevel converter 
653 |a high power density 
653 |a electric vehicles (EVs) 
653 |a independent-drive technology 
653 |a deep reinforcement learning (DRL) 
653 |a optimal torque distribution 
653 |a wireless power transfer 
653 |a non-linear 
653 |a fast terminal sliding mode control 
653 |a power converters 
653 |a efficiency 
653 |a energy storage systems 
653 |a electrical power systems 
653 |a hydraulic power systems 
653 |a hydraulic accumulator 
653 |a ultracapacitor 
653 |a lithium-ion battery 
653 |a dual-polarization model 
653 |a fractional-order model 
653 |a SOC estimation 
653 |a hybrid Kalman filter 
653 |a vehicle–grid integration 
653 |a distribution network voltage regulation 
653 |a alternating direction method of multipliers 
653 |a railway transport 
653 |a eco-driving 
653 |a energy efficiency 
653 |a optimization algorithm 
653 |a power systems 
653 |a ancillary services 
653 |a EV motor inverter 
653 |a electrical installation 
653 |a on-board charger 
653 |a vehicle-to-home 
653 |a home energy management system 
653 |a hybrid electric bulldozer 
653 |a tracked vehicle 
653 |a control strategy 
653 |a adaptive control 
653 |a power smoothing 
653 |a electric vehicles 
653 |a public charging station 
653 |a bilevel model 
653 |a range constraint 
653 |a hybrid electric vehicles 
653 |a equivalent consumption minimization strategy 
653 |a power-split hybrid 
653 |a heavy-duty vehicles 
653 |a diesel engine 
653 |a natural gas engine 
653 |a hybrid powertrain 
653 |a supercapacitor 
653 |a fuel consumption 
653 |a mathematical modeling 
653 |a electric vehicle 
653 |a city bus 
653 |a gearbox 
653 |a transmission 
653 |a optimization 
653 |a hybrid electric vehicle 
653 |a power-split 
653 |a fuel economy 
653 |a particle swarm optimization 
653 |a route guidance strategies 
653 |a stochastic charging demands 
653 |a time-varying road network 
653 |a shift-by-wire (SBW) 
653 |a switched reluctance motor (SRM) 
653 |a non-uniform air-gap 
653 |a rotor hole placement 
653 |a torque ripple 
653 |a rotor structure 
653 |a electrical transport 
653 |a electrical vehicle 
653 |a marine transport 
653 |a railway 
653 |a battery electric vehicles 
653 |a signalized intersections 
653 |a energy-optimized vehicle trajectories 
653 |a vehicle dynamics model 
653 |a road freight transport 
653 |a vehicle stock turnover model 
653 |a deep decarbonization 
653 |a road freight vehicle 
653 |a electric-drive vehicle 
653 |a lithium-ion 
653 |a dQ/dV 
653 |a dV/dQ 
653 |a frequency regulation 
653 |a V2G 
653 |a G2V 
653 |a fault diagnosis 
653 |a PEM fuel cell system 
653 |a PFCM-ABC-SVM 
653 |a ultra-fast charging 
653 |a multimodule DC-DC converters 
653 |a dual active bridge DC-DC converter 
653 |a full-bridge phase-shift DC-DC converter 
653 |a input-series output-series 
653 |a input-series output-parallel 
653 |a input-parallel output-parallel 
653 |a input-parallel output-series 
653 |a input-series input-parallel output-series output-parallel 
653 |a battery aging 
653 |a plug-in electric vehicles 
653 |a energy management 
653 |a global optimization 
653 |a state of health 
653 |a particle swarm algorithm 
653 |a genetic algorithm 
653 |a simulation 
653 |a plug-in hybrid 
653 |a microgrid 
653 |a photovoltaic 
653 |a robust optimization 
653 |a stochastic optimization 
653 |a battery management systems 
653 |a battery fuel gauge 
653 |a state of charge 
653 |a power fade 
653 |a capacity fade 
653 |a robust estimation 
653 |a predictive control 
653 |a environmental impacts 
653 |a life cycle assessment 
653 |a review 
653 |a anti-lock braking system 
653 |a fuzzy logic system 
653 |a controller 
653 |a vehicle 
653 |a traffic signal control 
653 |a cost model 
653 |a total cost of ownership 
653 |a TCO 
653 |a charging strategy 
653 |a public transport 
653 |a sustainability 
653 |a reused battery 
653 |a adaptive control theory 
653 |a battery management system (BMS) 
653 |a internal resistances 
653 |a open-circuit voltage 
653 |a policy incentive 
653 |a public charging infrastructure 
653 |a power grid 
653 |a grid-side effects 
653 |a photovoltaic potentials 
653 |a controlled charging 
653 |a electric power systems 
653 |a transportation 
653 |a PV 
653 |a inverter 
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700 1 |a Falvo, Maria Carmen  |4 edt 
700 1 |a Ruvio, Alessandro  |4 oth 
700 1 |a Falvo, Maria Carmen  |4 oth 
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