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Powering EVs
Beyond Limits

ARISE aims to revolutionize EVs with innovative cell-to-chassis integration, achieving superior energy density, efficiency, and cost-effectiveness.

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Powering EVs
Beyond Limits

ARISE aims to revolutionize EVs with innovative cell-to-chassis integration, achieving superior energy density, efficiency, and cost-effectiveness.

SIGN UP

Consortium Map

Spain

Ficosa Automotive SL

LEADING INDUSTRY PARTNER / TECHNOLOGY PROVIDER 

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Belgium

Avesta Battery & Energy Engineering

END USER

Battery Innovation and Technology Center

LEADING INDUSTRY PARTNER / TECHNOLOGY PROVIDER

Vlaamse Instelling Voor Technologisch Onderzoek N.V.

RESEARCH PARTNER

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Austria

Virtual Vehicle Research GMBH

RESEARCH PARTNER

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UK

European Thermodynamics Limited

LEADING INDUSTRY PARTNER / TECHNOLOGY PROVIDER

Iconiq Innovation LTD

EXPLOITATION PARTNER

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Italy

AVL Italia SRL

LEADING INDUSTRY PARTNER / TECHNOLOGY PROVIDER

CRF Stellantis

END USER

Gemmate Technologies SRL

LEADING INDUSTRY PARTNER / TECHNOLOGY PROVIDER

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Turkey

Sabancı University

PROJECT COORDINATOR / RESEARCH PARTNER

Intract İnovasyon Danışmanlık Limited Şirketi

DISSEMINATION AND COMMUNICATION PARTNER

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Spain
United Kingdom
Belgium
Türkiye
Italy
Austria
Objectives
To develop an innovative cell – chassis design concept that has the potential to have a gravimetric energy density of ~184.6 Wh/kg

01

To design and develop a smart thermal management system for Gen4 solid-state cells

02

To develop a battery management system for Gen4 solid state cells that is based on SMART principles and is energy efficient

03

To perform physical prototyping and virtual vehicle size validation

04

To conduct eco-design, life cycle assessment (LCA), and techno-economic analysis (TEA), including social aspects

05

Objectives

01

To develop an innovative cell – chassis design concept that has the potential to have a gravimetric energy density of ~184.6 Wh/kg

02

To design and develop a smart thermal management system for Gen4 solid-state cells

03

To develop a battery management system for Gen4 solid state cells that is based on SMART principles and is energy efficient

04

To perform physical prototyping and virtual vehicle size validation

05

To conduct eco-design, life cycle assessment (LCA), and techno-economic analysis (TEA), including social aspects