Kraken’s SeaPower is a subsea lithium ion battery featuring a proprietary polymer matrix for pressure-tolerant encapsulation and an integrated Battery Management System (BMS).
This breakthrough in battery encapsulation technology delivers 200% greater energy density and 46% less weight per kWh compared to traditional oil-compensated or pressure-housed subsea batteries.
Its exceptional energy-to-volume and weight ratios enable extended, deeper, and more complex underwater missions.
Proprietary potting technology eliminates the need for pressure housing or oil compensation.
Market-leading energy density for rechargeable subsea batteries.
Engineered for safety and reliability at cell, battery, and system levels.
Compliant with U.S. Navy and maritime safety and transportation standards.
Customizable battery modules to meet specific power requirements.
Scalable solutions supporting applications from small to extra-large underwater vehicles.
From compact systems to high-capacity setups, we deliver tailored battery solutions to power your small, medium, or XL platforms—flexible, reliable, and built for your mission.
XLUUVs require robust energy systems to support extended missions and sophisticated payloads. Our scalable architectures are engineered to meet the demanding power and integration needs of large autonomous platforms.
To complement our batteries, we provide a full suite of mission-specific accessories—including high-speed chargers, power management units, dischargers, and integration-ready components—ensuring peak performance in any operational environment.
Kraken Synthetic Aperture Sonar (SAS) is a technology evolution, integrating the capability to perform imaging and bathymetric mapping simultaneously.
Kraken’s LiDAR solutions deliver millimeter-resolution metrologies, enabling informed decision-making on underwater assets and infrastructure.
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