Embedding smart functionalities into battery cells (embedding sensing and self-healing functionalities to monitor and self-repair battery cells) (Batteries Partnership)

Last updated: 17.7.2025
Grant

The Horizon Europe program HORIZON-CL5-2022-D2-01-06 aims to revolutionize battery technology by embedding smart functionalities, including sensing and self-healing mechanisms, directly into battery cells. This initiative, part of the broader Batteries Partnership and building on the BATTERY 2030+ roadmap, seeks to significantly enhance battery quality, reliability, and lifespan. By supporting disruptive cell and battery management system technologies, the program contributes to establishing a competitive and sustainable European battery manufacturing industry.

Who is Funded: Advancing Battery Innovation in Europe

This section details the eligibility criteria for applicants, the geographical scope of the program, and its overarching objectives. It clarifies who can receive funding under this initiative, where the projects must be implemented, and the strategic goals it aims to achieve in the battery technology sector.

What is Funded: Breakthroughs in Smart Battery Technology

This section outlines the types of projects, thematic areas, and activities eligible for funding. It specifies the industrial and research sectors supported, clarifies the covered costs, and indicates the expected technological readiness level (TRL) of projects at their completion.

Type and Scope of Funding: Financial Instruments & Support

This section provides an overview of the financial support available, including the type of funding instrument, total budget allocated to the topic, and the expected project duration. It clarifies the financial parameters governing this funding opportunity.

Conditions and Requirements: Guidelines for Applicants

This section outlines the essential conditions and requirements that applicants and beneficiaries must adhere to throughout the application and project implementation phases. It covers various stipulations, from general admissibility rules to specific operational provisions.

Application Procedure: Submission & Evaluation

This section guides potential applicants through the procedural aspects of submitting a proposal, detailing the flow of the application process and the method by which applications are assessed and awarded.

This section outlines the authoritative legal and official documents that underpin and govern the funding program, providing its mandate and operational framework.

Similar Programs

#Smart Battery Cells#Self-Healing Batteries#Battery Technology#Horizon Europe Funding#European Battery Value Chain#Battery Sensing#E-mobility Energy#Battery Reliability#Battery Lifespan#Battery Management Systems#Sustainable Battery Manufacturing#European Green Deal#Research and Innovation Actions#TRL 2-4 Projects#Digital Agenda Batteries#Artificial Intelligence in Batteries#Materials Engineering Batteries#Electrical Engineering Batteries#Battery Recycling#BATTERY 2030+ Roadmap

Funding Overview

Funding Status

Funding Status:

Closed

Allocated Budget

Allocated Budget:

15,000,000 €

Deadline

Deadline:

06.09.2022

Open Until

Open Until:

31.12.2027

Award Channel

Award Channel:

Framework Programme Call

Region

Region:

EuropeanUnion

Sectors

Sectors:

Energy Production and Supply, Renewable Energy, Information and Communication Technology, Research and Development, Transportation and Logistics, Green Technology, Other

Beneficiaries

Beneficiaries:

Entities contributing to a competitive and sustainable European battery manufacturing value chain for stationary applications and e-mobility.

Application Type

Application Type:

Consortium Required

Funding Stages

Funding Stages:

Applied Research, Experimental Development, Prototyping

Funding Provider

Program Level:

European Union

Funding Body:

European Commission

Additional Partners:

BATTERY 2030+ large scale initiative (co-programmed European Partnership on 'Towards a competitive European industrial battery value chain for stationary applications and e-mobility')

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