---
title: "IoT Solar Solutions"
description: "Light energy outdoors and indoors can be used to extend or replace traditional batteries, making long term maintenance-free solutions possible."
type: article
version: 1
version_id: "e2524c0c-9bfd-454d-b9b3-4c6f24111e8b"
generated_at: "2026-05-20T14:23:31.573Z"
language: en
reading_time: "4 min"
word_count: 610
keywords: ["IoT Solar Solutions", "IoT & Connected Devices", "Key Features", "Best For", "Submit Project Requirements"]
url: "https://powerfilmsolar.com/markets/iot"
---

# IoT Solar Solutions

> Light energy outdoors and indoors can be used to extend or replace traditional batteries, making long term maintenance-free solutions possible.

## Key Takeaways

- Discuss Your Application
- Benefits
- Key Features
- Best For
- Applications

## Contents

- [Benefits](#benefits)
- [Key Features](#key-features)
- [Best For](#best-for)
- [Applications](#applications)
- [Engineering Evaluation](#engineering-evaluation)

# 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

## Discuss Your Application

Provide an overview of your application, operating environment, and power requirements. Our engineering team will review your inputs and follow up with next steps.

[](https://www.powerfilmsolar.com/)

-   [Markets](https://www.powerfilmsolar.com/markets)
-   Internet of Things

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

#### **Extended Lifetime**

Reduce or eliminate routine battery replacement.

#### **Remote Operation**

Operate without grid power support.

#### **Design Flexibility**

Match enclosure and surface constraints.

#### **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.[](https://www.powerfilmsolar.com/products/electronic-component-solar-panels/weatherpro-series)

### 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

## Submit Project Requirements

Provide power and integration requirements for review.

---

## About This Content

**Source:** [IoT Solar Solutions](https://powerfilmsolar.com/markets/iot)

*This content is provided for informational purposes. Please visit the original source for the most up-to-date information.*