InComEss
Exploitable Results Consortium ERHASE Cluster
InComEss
Main Objectives and Targets Technology Use Cases
News & Press Releases Communication Material Training Material Deliverables & Publications Zenodo
The Project Main Objectives and Targets Technology Use Cases Exploitable ResultsConsortiumERHASE Cluster Resources News & Press Releases Communication Material Training Material Deliverables & Publications Zenodo
InComEss
InComEss
TH Monolithic printed supercapacitors for energy storage
TH Monolithic printed supercapacitors for energy storage

TH Monolithic printed supercapacitors for energy storage

Thermoelectric Generators in InComEss Project

Thermoelectric Generators in InComEss Project

Piezoelectric Energy Generateors in InComEss Project

Piezoelectric Energy Generateors in InComEss Project

Polymer-based thermoelectric materials for power generation as a replacement for rare earths

Polymer-based thermoelectric materials for power generation as a replacement for rare earths

Launch of the InComEss project

Launch of the InComEss project

Wednesday 11th of March marked the official beginning of InComEss project, with the kick-off meeting. Due to the special circumstances caused by coronavirus the meeting was held online. All partners participated actively during the 2-day meeting, seizing the opportunity to meet virtually and discuss the implementation of the project.

Advanced lead-free piezoelectric composites fibres for mechanical harvesting

Advanced lead-free piezoelectric composites fibres for mechanical harvesting

The InComEss project proposes a new green-and-cost-effective strategy for highly efficient energy harvesting systems, combining new smart advanced polymer-based composite materials and structures into a single/multi-source concept. These systems will include several components, ranging from the generator to the energy storage components. For the generator component, lead- free polymer-based PiezoElectric (PE) composite fibres and thermoplastic-based melt-mixed ThermoElectric (TE) composites will be developed.

Wireless sensor node

Wireless sensor node

Monolithic supercapacitor fabricated by screen-printing method

Monolithic supercapacitor fabricated by screen-printing method

Results from the aeronautic use case being implemented in InComEss

Results from the aeronautic use case being implemented in InComEss

Results from the automotive use case being implemented in InComEss

Results from the automotive use case being implemented in InComEss

Results from the building use case being implemented in InComEss

Results from the building use case being implemented in InComEss

1 2 3 4 5 6 7 8 9 10 11
Previous Next
TH Monolithic printed supercapacitors for energy storage
Thermoelectric Generators in InComEss Project
Piezoelectric Energy Generateors in InComEss Project
Polymer-based thermoelectric materials for power generation as a replacement for rare earths
Launch of the InComEss project
Advanced lead-free piezoelectric composites fibres for mechanical harvesting
Wireless sensor node
Monolithic supercapacitor fabricated by screen-printing method
Results from the aeronautic use case being implemented in InComEss
Results from the automotive use case being implemented in InComEss
Results from the building use case being implemented in InComEss
HomeObjectivesTechnologyUse CasesConsortium

 
 

For additional information please contact

Project Coordinator: AIMEN
Cintia Mateo | cintia.mateo@aimen.es

Dissemination & Communication Manager: CORE
Ilia Kantartzi | ikantartzi@core-innovation.com

1200px-European_flag,_upside_down.svg.png

This project receives funding from the European Union’s Horizon 2020 Research and Innovation Programme under Grant Agreement Number 862597

Privacy Policy