Webinars and Slide Decks

Recorded technical webinars and downloadable slide decks covering solar energy harvesting, IoT design, and power management.

Discuss Your Application

Browse archived webinars and downloadable slide decks organized by topic. Each session includes recorded video and supporting presentation materials.

Energy Harvesting Fundamentals

Evaluating the Viability of Energy Harvesting

When energy harvesting is practical based on power budget, environmental conditions, and device duty cycle.

Solar Energy Harvesting: Practical Design Considerations

Engineering considerations for integrating solar harvesting, including storage selection, system efficiency, and environmental constraints.

Replacing Disposable Batteries with Solar Energy Harvesting

System-level design approaches for eliminating primary batteries using solar and optimized power management.

PV Energy Harvesting Architectures for IoT Devices

Overview of PV-based harvesting architectures and power management IC selection for IoT systems.

Indoor & Low-Light Solar Design

Designing for Indoor Solar in Low-Light Environments

Design strategies for ultra-low light conditions using optimized indoor solar cells and storage components.

Indoor Solar Architectures for Sensor Systems

System architectures for low-power indoor sensors powered by solar energy harvesting.

Battery-Free IoT Design Using Indoor Solar and Supercapacitors

Indoor solar combined with supercapacitor storage for maintenance-free IoT systems.

Power Management & MPPT

MPPT Optimization for Energy Harvesting Systems

When MPPT charge control is required, and how to select the appropriate architecture.

Maximizing Efficiency in Solar-Powered IoT Devices

Design strategies for improving system efficiency in low-power edge devices.

IoT System Architecture

Perpetual IoT with Solar PMICs & Supercapacitors

Using PMICs and supercapacitors to enable long-life deployments without battery replacement.

Architectures for Self-Sustaining IoT Devices

Design approaches for fully autonomous energy-harvesting IoT systems.

Self-Powered IoT with Solar

Core principles behind solar-powered edge device design and integration.

Maintenance-Free Solar Sensors

Long-life field deployment strategies for solar-powered sensors.

Hybrid Harvesting

Prototyping & Validation

Hybrid Solar & Vibration for Wireless IoT

Combining vibration and solar harvesting to extend operational resilience. *PowerFilm portion of the presentation begins at 24:45.

Rapid Prototyping of Solar Energy Harvesting Systems

Practical methods for testing and validating indoor solar designs before deployment.

Submit Project Requirements

Submit power requirements and integration constraints for engineering evaluation.

Submit Requirements