Benefits of Energy Harvesting Devices
It’s Better for
the Environment
Improper recycling practices and disposal of batteries is a hazard to the environment, and can contaminate ecosystems.
Reduces Cost and Improves Scalability
Not relying on batteries can decrease manufacturing and maintenance costs for the user, and improve scalability.
Extends the Device’s
Lifetime
By not using traditional batteries, you can extend the lifetime of devices like asset tags and sensors.
Unlocks New
Use-Cases
Energy harvesting has paved the way for new IoT applications, for example, in agriculture and factory equipment monitoring.
Target Applications
Energy harvesting has found its way in many home, life, industrial, and commercial applications.
Understanding Silicon Labs Architecture
At Silicon Labs, we’re your go-to trusted partner for all things IoT. We have optimized our platforms to support all your energy-based needs, and assist in migrating battery-powered designs to battery-less energy-harvesting.
- Optimized Radio and MCU Core: With controlled power amplifiers, scanning, and advertisement intervals, we have created an energy-friendly platform that reduces your device’s energy wastage and enables energy-based decision making.
- Memory Retention: Our multiple memory modes and wake-up sources help retain memory while optimizing the sleep and wake-up transitions between the different energy modes to ensure no harmful current spikes are observed.
- Diverse Peripheral Support: Our SoCs also support a large number of analog and digital peripherals, which help manager sensor inputs and flash execution, all while minimizing energy utilization.
Contact us to learn more about our energy-efficient solutions, and how we are helping transform and revolutionize Ambient IoT energy harvesting in IoT devices.
Silicon Labs Energy Harvesting Solutions
If you’re looking to implement battery optimized solutions or convert to battery-less, we’re here to help.
Support the CSA's Zigbee Green Power 1.1.2 spec for Energy Harvesting
AEC-Q100 compliant for automotive applications
Pin-to-Pin compatible with existing BG22 and BG27 devices.