Case Study · Technology Scouting

Powering next-generation naval platforms.

A naval defense systems provider needed energy storage that could deliver high pulsed power at sea, plus the cooling and maintenance to support it. Over 15 months we screened 98 providers and built a vetted partner slate.

The Client

The client is a provider of maritime and naval defense systems, developing a power system for naval platforms. It engaged Prescouter for a full view of storage, cooling and maintenance technologies and a validated set of partners.

The Challenge

Deliver pulsed power.
Survive the marine environment.

The system had to deliver high pulsed power for directed energy and sensor loads, while operating reliably at sea.

  • Storage

    High-power energy storage

    From flywheels and lithium-ion to supercapacitor hybrids and emerging chemistries.

  • Cooling

    Thermal management

    Ways to remove heat from a compact, high-power system aboard ship.

  • Maintenance

    Predictive health monitoring

    Condition-based and AI-enabled maintenance for hybrid storage over its service life.

Our Approach

Mapping a deployable system through eight intelligence briefings.

Technology scouting
98solution providers screened

Map every layer

Secondary research and patent analysis covered storage, cooling and maintenance, producing more than 40 in-depth technical profiles.

Expert input
7SME consultations

Pressure-test options

Experts ranked technologies, flagged impractical options and helped shape a cold-plate cooling design with a seawater-fed heat exchanger.

Vendor outreach
13vendors engaged

Verify the claims

Anonymous interviews checked lead times, safety and willingness to adapt products, scored against 13 essential criteria.

The Outcome

A complete partner slate for the power system.

Prescouter recommended 11 complementary partners covering lithium-ion storage, supercapacitor pulse power, thermal management, energy management and AI-enabled health monitoring, with four prioritized for partnership talks.

  • Architecture

    A hybrid design

    Evidence that a hybrid system offers the most credible path to meeting pulsed-load demands.

  • Partners

    11 complementary vendors

    A slate spanning storage, pulse power, cooling, orchestration and monitoring.

  • Next steps

    Validation before integration

    A technical validation phase before full integration.

No single technology meets the demand. The right combination of partners can.

Let’s Talk

Which technologies complete your platform?

Assemble the technologies and partners your system needs, validated against your requirements. Wherever you're starting from, we'll help you get there.

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