Hybrid & Electric Vehicle Implementing Agreement
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Ongoing Tasks
Task 1, Information Exchange
Task 23, Light-EV Parking and Charging
Task 26, Wireless Power Transfer for EVs
Task 29, Electrified Connected & Automated Vehicle
Task 30, Assessment of Environmental Effects
Task 32, Small Electric Vehicles
Task 33, Battery Electric Buses
Task 34, Batteries
Task 35, Fuel cell electric vehicles
Task 36, EV consumer adoption and use
Task 37, Extreme Fast Charging
Task 38, Marine applications
Task 39, Interoperability of e-Mobility Services
Task 40, CRM4EV - Critical Raw Material for Electr
Task 41, Electric Freight Vehicles
Task 42, ScalingUp EV Markets and EV City Casebook
Completed Tasks
Task 2, Impacts of EVs
Task 4, EV Infrastructure
Task 5, Batteries & Supercapacitors
Task 7, Hybrid Vehicles
Task 8, Deployment Strategies
Task 9, Clean City Vehicles
Task 10, Electrochemical Systems
Task 11, Electric Cycles
Task 12, Heavy-Duty Hybrid Vehicles
Task 13, Fuel Cell Vehicles
Task 14, Market Deployment of EVs
Task 15, Plug-in Hybrid Electric Vehicles
Task 16, Alternatives for Buses
Task 17, Vehicle Optimization & System Integration
Task 18, EV Ecosystems
Task 19, Life Cycle Assessment of EVs
Task 20, Quick Charging
Task 21, Accelerated Aging Test Li Ion Batteries
Task 22, E-Mobility Business Models
Task 24, Economic Impact Assessment of E-Mobility
Task 25, Plug-in Electric Vehicles
Task 27, Electric logistic vehicles (eLogV)
Task 28, Home grids and V2X technologies
Task 31, Fuels and Energy Carriers for Transport
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Task 44 Impact of Connectivity and Automation on Electrified Vehicle Usage and Benefits
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Task 44 Impact of Connectivity and Automation on Electrified Vehicle Usage and Benefits
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Ongoing Tasks
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Task 1, Information Exchange
Collects, analyzes, and disseminates information
Task 23, Light-Electric-Vehicle Parking and Charging Infrastructure
Identifies and addresses issues with e-scooters, e-bikes and pedelecs
Task 26, Wireless Power Transfer for EVs
Develop a greater global understanding of WPT systems and interoperability through country-based standards study
Task 29, Electrified, connected and automated vehicles
Explores possibilities for synergies between connectivity, automation and electrification of vehicles
Task 30, Assessment of environmental effects of electric vehicles
Collects and analyzes environmental benefits of EVs in comparison to conventional vehicles
Task 32, Small Electric Vehicles
To promote a broader commercialization, acceptance, and a further development of small electric vehicles
Task 33, Battery Electric Buses
Analyses of the current state of technology & demonstration experiences of battery electric buses
Task 34, Batteries
Encourages the sharing and dissemination of current information about battery topics of interest to the vehicle community with a focus on safety
Task 35, Fuel Cell Electric Vehicles
Addresses Fuel cell vehicles (FCVs) as the potential means to significantly reduce our dependence on fossil oil and lower harmful emissions that contribute to climate change.
Task 36, EV consumer adoption and use
Aims to provide a platform to connect stakeholders with researchers working on consumer adoption and use of EVs.
Task 37, Extreme Fast Charging
This task focuses on charging at power levels up to and even exceeding 400 kW, often referred to as extreme fast charging (XFC) - technology, gaps, installations, and operations.
Task 38, Marine Applications (e-Ships)
The Task addresses fully electric ships as a new and emerging technology which is tailwinded by the substantial reductions in battery and renewable electricity production costs.
Task 39, Interoperability of e-Mobility Services
This task focusses on the charging infrastructure and the interoperability aspects of e-mobility services
Task 40, CRM4EV - Critical Raw Material for Electric Vehicles
This Task will study key issues like supply and life cycle impacts of selected raw materials needed for a transition to electric vehicles
Task 41, Electric Freight Vehicles
The task objectives are to monitor progress and analyze the potential contribution of electric freight vehicles to emissions reduction targets.
Task 42, Scaling Up EV Markets and EV City Casebook
Explores the incentives, investments and infrastructure needed to support this growth and how policymakers should respond to this changing market.
Task 43, Vehicle/Grid Integration
Task 44 Impact of Connectivity and Automation on Electrified Vehicle Usage and Benefits
Completed Tasks
Task 2, Impacts of EVs
Task 4, EV Infrastructure
Task 5, Batteries & Supercapacitors
Task 7, Hybrid Vehicles
Task 8, Deployment Strategies
Task 9, Clean City Vehicles
Task 10, Electrochemical Systems
Task 11, Electric Cycles
Task 12, Heavy-duty Hybrid Vehicles
Task 13, Fuel Cell Vehicles
Task 14, Market Deployment of Electric Vehicles: Lessons Learned
Task 15, Plug-in Hybrid Electric Vehicles
Task 16, Alternatives for Buses
Task 17, Vehicle Optimization & System Integration
Task 18, EV Ecosystems
Task 19, Life Cycle Assessment of EVs
Task 20, Quick Charging
Task 21, Accelerated Ageing Testing for Li-ion Batteries
Task 22, E-Mobility Business Models
Task 24, Economic Impact Assessment of E-Mobility
Task 25, Plug-in Electric Vehicles
Task 27, Electrification of transport logistic vehicles (eLogV
Task 28, Home grids and V2X technologies
Task 31, Fuels and energy carriers for transport
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