📋 Tender Overview
Building More Reliable And Performant Batteries By Embedding Sensors And Self-Healing Functionalities To Detect Degradation And Repair Damage Via Advanced Battery Management System
Self-Healing Battery Technologybatteries Play A Crucial Role In Modern Technologies, Supporting The Smooth Operation Of Vehicles, Tools, And Energy Storage For Efficient Use Of Renewable Energy Sources. However, The Production Processes Of Most Batteries Are Environmentally Harmful And Require Substantial Amounts Of Raw Materials. With This In Mind, The Eu-Funded Phoenix Project Is Dedicated To Developing Innovative Battery Cells With Integrated Sensors And Self-Healing Functionalities. These Advancements Aim To Increase Their Lifespan And Sustainability. Specifically, The Project Will Create A Battery Management System Capable Of Detecting Damage And Initiating Self-Healing Processes. Phoenix Will Also Conduct Research On Recycling Possibilities, As Well As Explore Potential Upgrades For The Batteries. The Aim Is To Enhance The Environmental Friendliness And Efficiency Of Battery Technology.
Funded Under
Climate, Energy And Mobility
Total Cost
€ 4 998 505,75
Eu Contribution
€ 4 998 505,75
Coordinated By
Vrije Universiteit Brussel
Belgium
