Project

A cooperative project between industry and university
Applications: military shoes, AAL, safety and security

 

logo-montebove logo-UNIVPM 
logo-4DES  logo-UniversitA_ 

Overview

Energy harvesting
The SMART SHOES Project
Actual technical project
Electronic design and software
Future outlook and conclusions

 

Overview

Energy Harvesting

What is it?

Macro scale- wind and solar

Micro scale- electromagnetic and piezoelectricity

Our systems use:
MICRO PISTONS & PIEZO

 

energy-harvesting---1

 

energy-harvesting---2

Piezoelectricity

Deform to get voltage
Apply voltage to deform
Piezoelectricity-1 Piezoelectricity-2 

Piezoelectricity-1

What is it?
Occurs in polycrystalline materials
(For example: Quartz, lead-zirconate-titanate, Rochelle salt, etc.)

Why in shoes?
Flexible -> comfort

Piezoelectricity- Output

Output always different
High voltage, low current
Sample output:

Piezoelectricity--Output

 

Smart shoes - modelling

Smart-shoes---modelling

Shoes portion and insertion

Able to be inserted in shoes in industrial processes
… or to be used in plastic components (later on)
Project in cooperation with Montebove

 

smartshoes Shoes-portion-and-insertion 

System features

System-features

A cooperative project

between industry and university

logo-UNIVPM logo-montebove  logo-UniversitA_  logo-4DES