United Kingdom • • • 🌿 Progressive

Ilustración de equipos de energía táctica en campo: generadores y baterías junto a un puesto desplegado al anochecer
Equipos de generación y almacenamiento de energía táctica en un despliegue de campo: imagen alusiva al reto. · Imagen generada para EPM

United Kingdom seeks silent resilient tactical power for deployed forces

UK Defence Innovation launched the Tactical Power Challenge on behalf of the British Army, with £2.45 million for technologies at levels 4 to 6 and a…

--- The context --- The British Army has opened a search for ideas to solve a problem that grows with every deployment: how to generate, store, distribute and manage the electrical power that deployed forces need. Modern military operations rely increasingly on electrically powered capabilities, including communications systems, uncrewed systems, sensors, electronic warfare equipment, counter-UAS technologies and edge computing, while operational power demands continue to rise across the tactical battlespace. The proposal combines opportunity with innovation. Instead of limiting itself to equipment already known, the challenge invites innovators to present technologies capable of providing flexible, resilient and deployable energy, with institutional support and international collaboration. The activity is being delivered in partnership with Australia, and submissions may be shared with the Australian Department of Defence for assessment purposes, alongside parallel work by both nations to modernise tactical power provision. --- The facts --- The challenge is called the Tactical Power Challenge and has been launched by UK Defence Innovation on behalf of the British Army, with support from the Defence Science and Technology Laboratory. It seeks innovative solutions to improve the generation, storage, distribution and management of electrical power for deployed forces, in a call open to complete systems and to individual components alike. The challenge consists of two complementary opportunities. The first is a two-stage funded competition for technologies currently at Technology Readiness Levels (TRL) 4 to 6 that can be developed into future tactical power capabilities. The amount of funding available is £2.45 million. Successful innovators will progress through a staged assessment process and may receive funding to mature and demonstrate their technologies, with project activity expected to conclude by March 2028. The second opportunity is a non-funded market engagement activity seeking technologies that are already at TRL 6 or above and have the potential to address current operational requirements. Innovators with solutions of particular interest may be invited to participate in future Army trials and experimentation activities within the UK, according to the published call inviting proposals for this challenge. The technologies of interest include safer alternatives to lithium-ion battery chemistries with equal or greater energy density, high-speed charging technologies, innovative electrical power generation systems, power storage, management and distribution solutions, and technologies that support silent operation and reduced logistical burden. Soldier-carried and localised power generation capabilities are also sought, along with integrated tactical power systems and enabling components. Stage 1 opens at 12 noon (GMT) Thursday 15 October 2026, the deadline is 12 noon (GMT), 10 November 2026, and Stage 2 submissions will be by invitation only. --- The positions --- The institutional position was expressed by John Cunningham, the Director Innovation responsible for UK Defence Innovation, who attributed to reliable and deployable power a fundamental role in maintaining operational advantage. In that attributed account, innovative technologies are being sought that can provide personnel with resilient and flexible electrical power solutions wherever they are deployed. The same position places British industry at the centre of future capabilities, states that the challenge will help identify and develop sovereign technologies, improve operational energy resilience and strengthen the UK defence innovation ecosystem, and expresses the expectation of sharing the results with partners in Australia and the US. --- What remains unknown --- The call does not detail which specific technologies will ultimately be selected, or how the available funding will be divided among the projects that pass the staged assessment. It also does not specify which solutions of particular interest will receive invitations to future trials and experimentation activities, or what final role the selected technologies will play in future capability acquisition and operational deployment, beyond noting that they may support those activities. --- Unanswered questions --- Which technologies will manage to offer silent and resilient power without increasing the burden carried by deployed personnel? Can alternatives to current batteries match or exceed their energy density with greater safety across the tactical battlespace? Which already mature solutions will answer current operational requirements and reach Army trials and experimentation? How will commanders manage electrical power as a deployable resource across dispersed formations during future deployed operations? --- EPM analysis --- The progressive reading highlights the open character of the challenge: two routes, one to mature ideas still in development and another to hear solutions already available, with room for complete systems and for individual components alike. That breadth matters because research and experimentation conducted by the British and Australian Armies has identified a significant increase in battlefield power requirements driven by modern digital and autonomous capabilities, while current in-service systems rely heavily on fuel-powered generators that can be noisy, difficult to transport and constrained by fuel resupply. 📌 EPM Take: In EPM's view, the value of this challenge lies in opening the solution to innovators with technologies at different stages, funding the maturation of some and listening to others already ready, in collaboration with Australia. Power stops being treated as a passive supply and becomes a deployable resource that sustains communications, sensors and autonomous systems across dispersed formations. If the demonstrations deliver what is promised in silence, endurance and reduced reliance on fuel, the opportunity can become real capability for deployed personnel and a stronger, more widely shared innovation ecosystem among partners in the coming years ahead.
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