The most efficient energy harvesting PMICs
Powering the future with ambient energy
Since 2014, as pioneers in the Ambient IoT concept, we have been leading the way to energy-autonomous wireless devices by offering the most effective solutions for harvesting ambient energy: Our Ambient Energy Managers (AEMs).
+10 years
of pioneering
>20k tons CO2
already saved
One trip to the moon
for NASA project in 2022
The most efficient energy harvesting PMICs
Powering the future with ambient energy
Since 2014, as pioneers in the Ambient IoT concept, we have been leading the way to energy-autonomous wireless devices by offering the most effective solutions for harvesting, processing and detecting ambient energy: our Ambient Energy Managers (AEMs).
+10 years
of pioneering
>20k tons CO2
already saved
One trip to the moon
for our PMICs for NASA project in 2022
Our latest innovations to give you a competitive edge
Empower your devices autonomy with our latest revolutionary PMICs technologies.
AEM13920
High-efficiency dual-source constant voltage and MPPT boost PMIC with DCDC output.
AEM00920
High-efficiency photovoltaic constant voltage boost PMIC with DCDC output.
Why us
By partnering with e-peas, you’ll unlock unique opportunities to lead in the energy harvesting revolution.
Extensive portfolio of PMICs
Benefit from our extensive Power Management Integrated Circuits (PMICs) portfolio that’s perfectly matched to your specific energy source – whether it’s light, thermal, vibration or RF.
You’ll get superior performance in energy conversion and can easily support multiple energy sources in your designs.
Sustainable and cost-effective solutions
Cut your environmental impact and operational costs simultaneously.
Our technologies help you eliminate battery-related expenses of your devices while strengthening your sustainability .
High efficiency and flexibility
Gain high-efficiency conversion and complete freedom in your design choices with our versatile PMICs.
You’ll never be locked into a single energy source – combine light, thermal, vibration and RF sources as your needs evolve.
Strategic ecosystem of 30+ partners
Accelerate your development by tapping into our network of >30 partners.
You’ll minimize design effort and development risk by leveraging pre-validated integrations and proven solutions, making your product development faster and more reliable.
Dedicated support
Save time and ensure smooth implementation and successful deployment of your energy harvesting solutions with our dedicated support team guiding you from initial integration through long-term optimization.
Go greener with e-peas
> 20 000 tons of CO2 avoided through our solutions in 2024
This equates to the emissions produced by manufacturing 103,627 laptops.
Since 2014, our pioneering Ambient Energy Managers (AEMs) have already helped many businesses to harvest more energy, consume less power, and comply with EU/USA regulations—delivering cost-efficient and eco-friendly solutions.
With billions of single-use batteries discarded every year —each taking up to 7,000 years to degrade—we have a mission to eliminate toxic waste and enable sustainable IoT.
How does it work?
What is energy harvesting?
Energy harvesting is a process of collecting raw energy from ambient energy sources and convert it into a usable form.
This process involves an energy harvester that transforms ambient energy into electrical power, along with an AEM and a rechargeable storage element.
What is an AEM?
An Ambient Energy Manager, also known as Power Management Integrated Circuit (PMIC), is a key component of an energy harvesting system.
It manages power from the energy harvester to the storage element and, eventually, to a low-power hardware device. By efficiently managing available power with minimal losses, the AEM enables harvesting power from ambient sources, making it perfect for IoT device.
Interested ?
Contact our experts to discuss your use case.
Applications powered by our technologies
Smart Home & Buildings
Discover how our technologies are revolutionizing device autonomy, enabling smart homes to become greener and more energy-efficient.
Consumer Electronics
Experience how our technologies extend the battery life and replace disposable batteries, making devices more sustainable and user-friendly.
Industrial Iot
Learn how our innovations empower industrial IoT devices with autonomous energy solutions for more efficient and sustainable operations.
Smart Retail
Discover how our energy-autonomous solutions improve the operational efficiency of retail technologies, leading to better customer experiences and reduced operational costs
Wearables
Learn how our technologies empower wearables with enhanced energy efficiency, enabling longer use and better integration into daily life without frequent recharges.
Operating in another industry?
Find out how our multi-source ambient energy processing technologies can integrate into your devices and give your batteries endless life!
And to take your devices autonomy even further
Discover our new technology: microcontroller.
Ultra low-power Microcontroller (MCU)
Discover our microcontroller (MCU) enabling data acquisition and processing at very low power consumption.
Energy harvesting PMIC and microcontroller: the perfect match
Experience the transformative power of our dual technology: PMICs & MCUs, two distinct product lines that together redefine the possibilities of energy management while excelling individually.
At e-peas we power the future with ambient energy
We don’t just develop technologies: we create intelligent ecosystems where self-sufficiency becomes the new standard.
Newsroom
Latest technological successes, case studies, blog and webinars: find out all about e-peas.
Let’s create something revolutionary together
Have a question, need more information, or want to explore
how e-peas can power your next innovation?
Get in touch with us today!
European Innovation Council
Funded by the European Union. Views and opinions expressed are however those of the author(s) only and do not necessarily reflect those of the European Union or the European Union EISMEA. Neither the European Union nor the granting authority can be held responsible for them.