The aim of this project is to create a thermoelectric oxide micro-generator integrated on a biocompatible porous silicon (Sipo) flexible membrane. The electrical power generated in contact with the skin will allow the charging of a micro-battery and the power supply of an autonomous sensor monitoring, for example, a vital function. The oxide films considered here are an alternative to bismuth tellurides, thermoelectric materials the most effective but toxic and scanty. However, their crystallization temperature above 500 ° C makes them incompatible with the polymer membranes used for electronic components on flexible support. The low-cost technology approach used here derives from that recently developed for the transfer of photovoltaic cells and allows the complete realization of the wafer Si component before the separation of the Sipo membrane. It allows the flexible membrane integration of ALL micro-electronic "high temperature" components, opening up areas of applications (flexible electronics such as smart cards, smart textiles, energy recovery ...) largely unexploited commercially. To carry out this project, GREMAN will rely on its expertise in combinatorial synthesis of thermoelectric oxides and micro-fabrication. ICMN brings its expertise in surface analysis. The start-up Silimixt has the know-how for the realization of SiPo membranes. The LIED will intervene for the optimization of the design. Finally STMicroelectronics develops Li micro-batteries to be associated with micro-generators.
Publication scientifique : 15
Suivi de projet - Pendant le projet : 10
Emplois crées : 10
Action de communication : 50
Produit / Prototype : 20
Rapport final : 5
Thèse : 5
Project leader
Member partner
No member partner
SILIMIXT
LABORATOIRE LIED
Start of the project on02 / 12 / 2024 | End of project on02 / 12 / 2024
Strategic business lines
Bâtiments et territoires intelligents
Électronique : matériaux, composants et sous-systèmes
Referent of the project
07 86 53 38 70
daniel.meley@s2e2.fr
Centre-Val de Loire