Energy Harvesting | Making Devices Energy Autonomous

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Meet new AEMs

Constant input voltage regulation for intermittent and pulsed power inputs
Highly suited to use with sources that require a long time to reach their open-circuit voltage

Let’s discuss your application

Empower your device with infinite power

Integrated solutions for
the best performance

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Why to choose our PMICs/AEMs

Lowest cold-start voltage

Programmable MPPT

Innovative buck-boost architecture

Very small footprint

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Energy harvesting battery chargers for simple integrations

Tiny size (2 to 4mm)
Zero quiescent current when no power at the source
Simpler architecture
Smaller Bill of Material (2 capacitors and 1 inductor)
Smaller footprint

Let’s discuss your application

Ultra-Low Power
EDGE Microcontroller

The highly-integrated microcontroller which can turn any sensing edge device into a fully operational and long-life sustainable system

Explore Microcontroller

First RF harvesting optimized antenna

Omnidirectional harvesting antenna
Surface mounting technology
Off-the-shelf design
Multiple RF band (from 800MHz to 6GHz)
Small PCB foot print

Explore

Devices leading IoT revolution with our technology

Cartier solar watch

Solar birds
tracker

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Windshield anti-breakage sensor

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Moovement livestock tracker

Xeelas assets tracker

TCT induction energy generator

EnerTag assets tracker

Smart MiroCard form factor

DCO advanced industrial sensors

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SODAQ asset tracker

Sensemore maintenance predicting sensor

Self-charging remote control

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Senspuck air quality sensor

Our solutions to empower your devices

We revolutionize the loT industry by offering the best performing ambient energy harvesting, processing and sensing solutions that make the batteries of your wireless devices live forever

Harvest more with our AEMs

Remove battery replacement headaches by harvesting energy from ambient sources with our AEMs

Harvest Harvest AEMs

Consume less with our microcontrollers

Deliver extremely low-energy consumption data acquisition and data processing with our MCUs

Compute Compute MCU

Why you need to goenergy autonomous

There are more and more electronic devices per capita which makes it difficult to charge them timely

Most of those devices are powered by non-rechargeable batteries that have to be replaced

Consumers and industries don't
want to run out of batteries and pollute environment

In fact, users crave for everlasting devices which remove the headache of battery replacement

Examples of deviceswe work with

gas sensors
fire sensors
pipes sensors
water meters
asset trackers
smart logistics
current sensors
anti-collision sensors
air pollution sensors
smoke detector sensors
tank monitoring sensors

pet trackers
smart toys
smartwatches
people trackers
window clothes
parking sensors
smart logistics
wireless earphones
greenhouse sensors
livestock feeding sensors
medication dispensing devices
assets localization in hospitals

fire alarms
smart locks
smart valves
smart cameras
motion sensors
people detection
air quality devices
gas leakage monitors
light switches sensors
aroma diffuser sensors
window and doors sensors
smart kitchen devices (scales, bins, etc.)

Discover other devices

Partners leading energy harvesting revolution with us

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Epishine_e-peas-partner-energy-harvesting

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Watch our webinars and "how to" videos

[e-peas] Panasonic Integrates e-peas AEM10941 Into Their Low Energy Module Pan1780

[e-peas/Energous] Charging Devices at a Distance With Energy Harvesting

[On demand webinar] Energy Harvesting Principles for Low Power Wireless IoT Devices

[e-peas] Batteryless IoT Device Powered by the AEM10941 with SEQUANS radio module

[e-peas] How to Configure the Evaluation Board for AEM10941

[e-peas] The End of Disposable Batteries: Solar Energy Harvesting for IoT Devices

[e-peas] Energy Harvesting For IoT Devices: From Idea to Reality

Why workwith us?

Solutions crafted for YOU

We are the only company offering 2 lines of products (PMICs & MCUs) that can be used separately or together to provide you with the best energy management results