OPtimization of Electric Vehicle Autonomy

Deliverables

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Deliverables

WP1 Requirement Analysis

D1.1 Requirements
D1.2 Demonstrators specifications and gap analysis

WP2 Design Architecture Optimization

D2.1 Preliminary results
D2.2 Main System Architecture
D2.3 Thermal cooling design
D2.4: Design optimization of charging station interfaces
D2.5: Cost-effective analysis of system architecture

WP3 Smart Data Management

D3.1 System design for data management
D3.2 Implementation and Design of data pre-processing system
D3.3 Implementation and Design of data analysis system
D3.4 Implementation and Design of data analysis for charging stations
D3.5 Generation and collection of e-bus data

WP4 Battery Management System

D4.1 Data integrity protection concept and Advanced SoX algorithm
D4.2 Charge/Discharge control strategy
D4.3 Cooling concept and architecture
D4.4 Design and concept for OBC 48V system topology

WP5 Intelligent Energy Management

D5.1 System design for Intelligent Energy Management
D5.2 Models for learning driver behaviors
D5.3 Implementation and Design of the algorithms for Intelligent Energy Management
D5.4 Implementation and Design of algorithms for smart-grid integration

WP6 Demonstrators

D6.1 Report on the design of the demonstrators
D6.2 Presentation of the intermediate state of all demonstrators
D6.3 Presentation of all final demonstrators
D6.4 Report on the evaluation of all developed technologies presented in demonstrators

WP7 Dissemination, Exploitation and Communication

D7.1 Project website
D7.2 Dissemination and Communication plan
D7.3 Exploitation and Sustainability Plan
D7.4 1st Report on Dissemination and Communication Activities
D7.5 Final Report on Dissemination, Communication and Standardization Activities
D7.6 1st Report on Exploitation
D7.7 Final Report on Exploitation

WP8 Project Management

D8.1 Project Plan V1
D8.2 Project Plan V2
D8.3 Project Guidelines
D8.4 Project quality plan
D8.5 Project Repository and Partners’ Communication Setup