Objective
The acoustic thermodynamic cycle offer an efficient and potential alternative to photovoltaic conversion. By using Carnot cycle with Argon in the acoustic 3D printed stack, we can achieve 2 things: First one is to create electrical power from heat, second is to have a thermal switch when the acoustic engine is stall.
Our novel idea is to use hot and cold surfaces of the space object with a thermal storage (latent heat) in order to control with 2 acoustic generators both the thermal stability and the electric power generation. In result the power generation and thermal strategy benefit each other and create a cogeneration heat and thermal solution.
Contract number
4000132846
Programme
OSIP Idea Id
I-2020-00155
Related OSIP Campaign
Open Channel
Main application area
Generic for multiple space applications
Budget
175000€