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In a groundbreaking collaboration, Scottish company Verlume and Canadian firm Kraken Robotics are joining forces to bring military-grade battery technology to the commercial offshore energy market. This partnership aims to integrate Verlume’s subsea energy management systems with Kraken’s advanced SeaPower batteries. The focus is on creating solutions that can stabilize offshore energy networks and support autonomous subsea operations, paving the way for a transition to low-carbon operations. This initiative marks a significant step forward in addressing the complex power challenges in offshore environments, with applications across defense, oil and gas, renewables, and offshore robotics sectors.
Combining Expertise for Scalable Subsea Power
The collaboration between Verlume and Kraken Robotics represents a fusion of expertise designed to provide scalable and reliable power solutions for subsea applications. By integrating Verlume’s Axonn energy management technology with Kraken’s SeaPower batteries, the partnership aims to enhance subsea autonomy and sustainability. This collaboration is seen as a pioneering effort in the subsea energy sector, setting a new standard for battery integration.
According to Jonny Moroney, Chief Operating Officer at Verlume, “Collaboration and system integration have been at the heart of Verlume’s journey since our founding in 2013. Kraken shares our commitment to excellence in subsea innovation.” This commitment to innovation is key to advancing the future of subsea power delivery. The partnership seeks to provide a robust solution for power delivery in challenging offshore environments, promoting resilience and performance across critical seabed applications.
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Expanding Access to SeaPower Batteries
Traditionally, Kraken’s SeaPower batteries have been utilized primarily by defense clients for uncrewed underwater vehicles. However, this collaboration with Verlume marks a significant expansion into commercial sectors, including offshore energy storage and resident subsea power stations. Patrick Paranhos, Vice President of Power Systems at Kraken Robotics, emphasized the importance of this development: “By offering SeaPower battery integration into Verlume systems, clients get the best of both worlds – SeaPower’s high energy density without oil compensation or pressure housing along with Verlume’s proven subsea power storage infrastructure.”
The strategic partnership ensures that SeaPower batteries, produced at Kraken’s facilities in Rostock, Germany, and Dartmouth, Nova Scotia, are readily accessible to key markets in the United States, Canada, the United Kingdom, and Europe. This enhances delivery speeds and strengthens the supply chain, supporting the strategic expansion of subsea power solutions in these regions.
Pioneering Subsea Power Solutions
The integration of military-grade batteries into commercial offshore energy systems by Verlume and Kraken Robotics represents an unprecedented advancement in the industry. This collaboration is expected to unlock new efficiencies and capabilities in subsea power delivery, accelerating the adoption of low-carbon solutions in subsea energy operations. The partnership aims to support robust and resilient infrastructure for offshore energy, defense, and robotics applications.
By leveraging their complementary expertise, Verlume and Kraken are setting a new benchmark for subsea battery integration. The combination of high energy density and efficient power storage in scalable solutions is tailored to meet the complex demands of offshore environments. This strategic collaboration is not only a testament to the innovative spirit of both companies but also an important milestone in the evolution of subsea energy technologies.
Strategic Implications for the Offshore Energy Sector
The partnership between Verlume and Kraken Robotics is poised to have significant implications for the offshore energy sector. By merging military-grade technology with commercial applications, the collaboration introduces a new level of sophistication and efficiency in subsea power management. This initiative is expected to drive technological innovation and economic growth in the marine energy industry.
The use of advanced battery technology in offshore applications is a critical step toward achieving sustainable energy solutions. As the industry continues to evolve, the integration of cutting-edge technologies such as SeaPower batteries will play a crucial role in meeting the growing demand for clean and reliable energy sources. This collaboration not only addresses current energy challenges but also positions the subsea energy sector for future advancements.
This innovative partnership between Verlume and Kraken Robotics raises important questions about the future of offshore energy management. How will the integration of military-grade technology impact the efficiency and sustainability of subsea operations? What further advancements can we expect in the realm of subsea energy solutions? These questions highlight the potential for transformative changes in the industry as a result of this groundbreaking collaboration.






Will these SeaPower batteries make offshore energy more expensive or cheaper in the long run? 🤔
Can military-grade batteries really make a difference in commercial applications? 🤔
It’s great to see military tech being used for peaceful purposes. Thanks, Verlume and Kraken! 🙏
Seems like a great initiative, but how costly will these batteries be for commercial use?
Can this technology withstand extreme weather conditions out at sea?
Finally, some innovation in the offshore energy sector! Thank you, Verlume and Kraken! 🎉
Finally, something good comes out of military tech! Let’s hope it helps the environment too. 🌍
Are there any environmental risks associated with deploying these batteries underwater?
Will this partnership also benefit renewable energy sources like wind and solar?
Can’t believe we’re taking batteries 13,000 feet deep! What’s next, moon mining? 😂
Hope this doesn’t lead to military tech dominating commercial sectors. 😬
Why haven’t we done this sooner? Seems like a perfect match for renewable energy!
I’m skeptical about how “sustainable” this really is. Any data to back it up?
Hope this partnership will boost job opportunities in the offshore energy sector.
How long do these batteries last before needing replacement?
Are these batteries environmentally friendly? 🌍
Why only focus on the U.S., Canada, U.K., and Europe? What about other regions?