Solar Integration for Uncrewed Maritime Systems

Custom solar architectures designed for surface-active and intermittently submerged platforms operating in marine environments.

Discuss Your Application

Solar generation occurs during surface operation, supporting onboard electronics, communications, and sensor loads. Systems are engineered for marine exposure with sealed construction and materials designed to withstand saltwater environments.

Benefits

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Marine-Grade Protection

Sealed construction resists saltwater ingress.

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Surface Power Generation

Generates power during surface operation.

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Low-Profile Integration

Fits constrained marine platform surfaces.

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Custom System Design

Matched to mission power requirements.

Proven in Mission-Critical Marine Environments

At SeaTrac, we rely on partners who can meet the highest standards of durability, efficiency, and consistency—and PowerFilm has continually delivered on all fronts. Their solar panels have proven to be exceptionally reliable in harsh marine environments, maintaining strong performance even under demanding conditions. PowerFilm’s team is knowledgeable, responsive, and committed to quality at every stage, from manufacturing to delivery. Their attention to detail and willingness to collaborate have made them a valuable partner as we continue to advance accessible, solar-powered mobility solutions. We’re proud to work with PowerFilm and look forward to growing our partnership in the years ahead.
SeaTrack Logo
Buddy Duncan
Co-Founder, SeaTrac Systems
Power Film did a phenomenal job throughout the process. We came to them, needing solar cells that can survive deep underwater. They handled the request well, quickly directed resources, and leveraged their years of experience to assemble panels that worked within our existing encapsulation methods. Great product, responsive engineering, and great quality. All you could ask for in a partner in this space.
Ocean Aero Logo
Mark Henderson
Chief Technology Officer, Ocean Aero
PowerFilm is easy to work with, and it’s been a pleasure to do business with them. Their engineering team is responsive and innovative, helping us maximize the solar power we utilize on different vehicles. They are deadline-oriented, and their panels consistently meet or exceed specs.
Havoc logo
Joe Turner
Co-Founder, Havoc AI

System Capabilities

  • Marine encapsulation: Sealed against saltwater ingress.

  • Surface generation: Power during surface intervals.

  • Low-profile build: Fits constrained marine surfaces.

  • Custom electrical design: Output matched to system requirements.

  • Rugged integration: Sealed connectors for harsh environments.

  • Assembled in USA: Crystalline panel construction.

Designed For

  • Defense maritime programs:  Persistent power for unmanned systems.

  • Unmanned system developers: Solar for USV and hybrid platforms.

  • Ocean monitoring systems: Sensors, comms, remote instrumentation.

  • Research institutions: Long-duration marine data collection.

  • System integrators: Custom power architectures for deployment.

  • Marine OEMs: Embedded solar within platform design.

Applications

Explore how our solar systems extend mission endurance, reduce battery mass, and support continuous operation in marine environments.

Unmanned Surface Vehicles (USVs)

Solar integration for surface-active platforms supporting onboard electronics and mission systems.

  • Powers navigation, comms, and sensor payloads

  • Integrates within constrained deck surfaces

  • Reduces reliance on stored energy systems

Hybrid Surface–Subsurface Systems

Custom solar for platforms that surface intermittently for power generation and system recharge.

  • Generates power during surface intervals

  • Supports long-duration mission profiles

  • Enables smaller battery architectures

Persistent Ocean Monitoring

Designed for sensor platforms and remote instrumentation requiring continuous surface-based power generation.

  • Supports environmental and oceanographic sensors.

  • Maintains communications and data transmission.

  • Extends deployment duration between service intervals.

Engineering Evaluation

Provide power and integration requirements for review.

Submit Project Requirements