IoT & Connected Devices

Solar power solutions engineered for low-power electronics, remote sensors, and connected systems where wired power and routine battery replacement are impractical.

Discuss Your Application

For more than 35 years, we have supported engineers and product teams designing solar-powered systems for unattended, low-power electronics. Our thin-film and crystalline solutions are integrated into commercial and government IoT deployments operating in remote, mobile, and infrastructure-limited environments.

Benefits
Blue circular arrows surrounding a lightning bolt, symbolizing energy or power recycling or renewal.

Extended Lifetime

Reduce or eliminate routine battery replacement.
Blue line icon of a globe with curved signal waves above it, symbolizing global connectivity or wireless communication.

Remote Operation

Operate without grid power support.
design flexibility

Design Flexibility

Match enclosure and surface constraints.
integration

Scalable Integration

Scale from prototype to production.

Key Features

  • Low-Light Harvesting: Operates in diffuse and shaded conditions.

  • Ultra-Lightweight Construction: Minimal mass impact on devices.

  • Custom Electrical Output: Matches device power requirements.

  • Flexible or Rigid Formats: Integrates with varied enclosures.

  • Environmental Durability: Designed for outdoor exposure.

  • U.S.-Based Engineering: Direct integration support.

Best For

  • IoT Product Teams: Battery-constrained devices.

  • Industrial OEMs: Remote monitoring systems.

  • Infrastructure Operators: Distributed sensor networks.

  • Smart City Integrators: Connected public assets.

  • Environmental Monitoring: Long-duration field deployments.

  • Government Systems: Unattended electronics.

Applications

These applications represent common IoT deployment scenarios supported by our solar solutions.

Remote Sensors

Designed to support long-duration monitoring without routine service access.

  • Power sensing and telemetry continuously.

  • Reduce maintenance visits.

  • Enable deployment at scale.

Asset Tracking Devices

Engineered for mobile assets requiring autonomous power.

  • Maintain uptime during transit.

  • Supplement or replace batteries.

  • Integrate without increasing enclosure size.

Infrastructure Monitoring

Built for sensors installed on fixed assets and utilities.

  • Operate in exposed environments.

  • Support low-power communications.

  • Extend service intervals.

Engineering Evaluation

Provide power and integration requirements for review.

Submit Project Requirements