Traditionally, devices are powered by bringing energy to them in the form of batteries and cables. At the incredible scale of a connected world, this has become a limiting factor. Energy harvesting solves this by using ambient energy already available: the energy from incident light, vibrations, RF signals can be leveraged - resulting in devices being able to run indefinitely without the need for battery substitutions.
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How does it work?
Dive into the technology, its advances, the energy sources, its benefits and our PMIC solutions.
Why use energy harvesting?
Energy harvesting is seen as a credible solution to reduce e-waste. Learn more about the impact and scale of this environmental issue.
Where to implement it?
Delve into real-life applications where energy harvesting benefits product design and battery life (e.g. IoT).
Design support
We empower developers with comprehensive design support to accelerate innovation in energy harvesting applications. Our resources include: online calculators and design tools for quick and accurate system optimization, evaluation boards to simplify prototyping and reference designs to jumpstart development. We also offer direct support from our expert engineering team in Delft, ready to assist with integration.Calculator
A powerful web-based tool designed to assist battery management engineers in maximizing the battery life of their applications. The calculator facilitates the integration of Nexperia’s Energy Harvesting PMICs into their systems by providing engineers with precise data for informed decision-making. The calculator works with real-world technical parameters. It calculates the energy delivered to the load and the energy compensation. Thus, offering insights into potential battery life extension or achieving energy autonomy. Engineers can furthermore visualize system efficiency and precision through an efficiency curve provided by the tool.Reference designs
Evaluation boards
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