Powering Autonomy

Neither wire nor battery

frees industrial sensors from energy sources

Answer to the challenge of the energy autonomy for sensors

Eliminate the need for replacing batteries and power cords in Wireless Sensor Nodes (WSNs)

Measure with
an autonomous sensor

Harvested power supplies sensors and the embedded signal processing system

Reliable and long service life

Emit and inform
in a safe way

Measures become information included in a data collection process

Encrypted datas available
Industrial IOT protocols
(SigFox, LoRa, Zigbee, …)

Know
and decide

Equipment and process safety, Monitoring for predictive and / or preventive maintenance

Continuous information
Improvement of customer service

REMOTE MANAGEMENT

of a fleet composed of
nomadic, mobile, isolated or scattered equipment

Save money :

$

no electrical installation fee

$

no battery recycling

$

no human intervention

OUR TECHNOLOGY

Catch and convert Energy

Energy Harvesting – Energy scavenging : The next-generation energy source

The idea of using this ambient energy has become increasingly attractive in decentralized systems.
Energy harvesting process collects energy from the surrounding environment (light, motion, vibration, heat, RF, …) and converts it to electricity.

MOÏZ devices use a silicon micro-chip to convert heat flux, created by temperature differences, in electricity (thermoelectric Seebeck effect).
The energy storage process occurs even with a small temperature difference.

Battery-free

POWER MANAGEMENT

COMPACTNESS

LONG SERVICE LIFE

PATENTED

Silicon MEMS based thermogenerator
(courtesy of Institut Néel – Grenoble)

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SATT LINKSIUM GRENOBLE ALPES – Projet MOÏZ – 31 rue Gustave Eiffel – 38000 Grenoble- FRANCE

  GRENOBLE FRENCH ALPS