Advancements in Military Power Solutions: Solus Power’s Kratos Technology

Innovative Partnership with DASA

On October 29, 2025, Solus Power announced a significant agreement with the Defence and Security Accelerator (DASA) under the auspices of the Ministry of Defence (MoD). This partnership centers on the refinement of Solus Power’s groundbreaking dual-use battery technology, known as Kratos, which aims to enhance the operational capabilities of military forces.

Through DASA’s targeted initiative—focused on fostering operational advantage via enhanced self-sufficiency and energy innovation—critical funding is set to expedite the development of Solus Power’s portable military battery unit. The collaboration includes technical input from the Defence Science and Technology Laboratory (Dstl), ensuring that Kratos aligns with the operational specifications required by the Royal Navy’s Future Commando Force.

Key Features of the Kratos Battery

Kratos distinguishes itself with robust performance characteristics tailored for the unique demands of military operations. The technology is engineered to:

• Enhance Self-Sufficiency: Reducing reliance on traditional logistics by providing portable power solutions.
• Improve Endurance: Extending operational reach across maritime, terrestrial, and aerial domains.
• Minimize Logistical Burdens: Streamlining energy requirements and deployment logistics.

Described as a ‘Jerry can of electricity,’ Kratos incorporates a ruggedized lithium-ion battery design that facilitates rapid DC-to-DC charging. This system’s scalable architecture allows for the interconnection of multiple units to meet higher power demands, making it an optimal choice for various applications including:

• Command centers
• Medical units
• Disaster relief efforts

Tactical Advantages

Strategically designed for versatility, Kratos offers options for hand-carrying, vehicle mounting, or even drone deployment. Its low thermal signature and silent operation enhance operational stealth, making it a reliable power source for missions requiring discretion and tactical advantage.

Stas Leonidou, the founder and CEO of Solus Power, expressed enthusiasm for the project’s recognition and potential impact, stating, “Kratos aims to revolutionize energy access in defense, ensuring dependable power under diverse and challenging conditions. Our technology supports a dynamic military landscape that increasingly relies on electrified solutions.”

The Role of DASA and Dstl

Since its inception, DASA has positioned itself as a vital facilitator in defense innovation, forging robust collaborations among governmental, academic, and industrial stakeholders. By focusing on emergent technologies that enhance self-sufficiency and operational endurance, DASA is actively contributing to a more agile and resilient military framework.

Darren Browning from Dstl emphasized the significance of scientific and technological advancements, noting, “Our expertise will be crucial in defining the power requirements for this pioneering solution, ensuring that it effectively supports diverse electronic systems essential to modern warfare.”

Addressing Modern Military Challenges

The modern battlefield increasingly relies on sophisticated electronics, surveillance technologies, and electric mobility solutions. Consequently, the demand for reliable, portable power sources is mounting. Traditional energy solutions, such as diesel generators, often present significant drawbacks, including:

• Noisy operation
• Heavy weight
• Dependency on fuel logistics

In contrast, Kratos is engineered to meet the evolving demands for energy resilience, a burgeoning national security priority. The technology’s rugged, scalable design is primed for off-grid and battlefield applications, transforming operational frameworks by enhancing efficiency and success rates in missions.

Versatility in Application

Kratos’s adaptability extends to various military and emergency scenarios, from powering essential base infrastructures like surveillance systems to facilitating soldier-level technologies such as:

• Wearable devices
• Communications equipment
• Advanced weaponry

Its scalable and portable nature makes it particularly suitable for land operations, drone support, and rapid deployment in emergency situations.

As the defense sector continues to embrace the transition towards electrification, technologies like Kratos are poised to play a crucial role in redefining military power solutions, making armed forces more effective and self-sufficient in diverse operational environments.

In a rapidly changing landscape of defense needs, partnerships like the one between Solus Power and DASA signal a proactive approach to tackling the future of military energy requirements. The implications of such innovations will likely extend far beyond the battlefield, influencing how nations secure and sustain their military operations in the years to come.