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Generators you can hear from a mile away, and £2.45 million to replace them

Qurexa Editorial Team17 October 20267 min read 0 0
Generators you can hear from a mile away, and £2.45 million to replace them

What happened

On 15 October 2026 UK Defence Innovation opened a competition called the Tactical Power Challenge. It is looking for better ways to generate, store, move and manage electricity for soldiers in the field. UK Defence Innovation is running it on behalf of the British Army, with support from the Defence Science and Technology Laboratory, usually shortened to Dstl. It is being delivered jointly with Australia's Advanced Strategic Capabilities Accelerator. The reason given is straightforward. Armies need far more electricity than they used to, because so much modern equipment is digital or uncrewed. The generators currently used run on fuel. They are noisy, they are difficult to move, and they depend on fuel being delivered to them. There are two parts to the competition. The first is funded. It is called Innovative Tactical Power Solutions and it is a two-stage competition for technologies at what engineers call technology readiness levels 4 to 6. That roughly means a working prototype rather than an idea on paper or a finished product. The total funding is £2.45 million, excluding VAT, and project work should finish by March 2028. The second part is unfunded. It is called the Immediate Power Problem, and it is a market engagement for technologies already at readiness level 6 or above, which could help with needs right now. Promising entrants may be invited to future Army trials in the UK. The list of what they want is specific. Safer alternatives to lithium-ion batteries with the same or better energy density. High-speed charging. New ways of generating power. Better storage, management and distribution. Silent operation. Lower logistical burden. Power that a soldier can carry. And complete integrated systems as well as individual components. Stage one opened at noon GMT on 15 October 2026 and closes at noon GMT on 10 November 2026. Stage two is by invitation only. John Cunningham, Director Innovation at UK Defence Innovation, said: "Reliable and deployable power is fundamental to maintaining operational advantage." The competition document also notes that the Army has a requirement for more than 4,000 lightweight field generators, and that submissions may be shared with the Australian Department of Defence.

Why this matters

Two of the words in that list of requirements explain the whole competition: silent, and safer. Start with silent. A running generator can be heard a long way off, and heard means found. Every piece of equipment that needs mains-style power currently comes with a noise problem attached. Removing the noise is not a comfort improvement. It is a safety one. Then safer. Lithium-ion is the battery chemistry in your phone, your laptop and most electric vehicles. It packs a lot of energy into a small space, which is exactly why it is used. The same property is why a damaged lithium-ion battery can catch fire fiercely and be very hard to put out. Carrying a lot of them, in a vehicle, in rough conditions, is a known risk. So the Army is asking for something difficult: a battery as energy-dense as lithium-ion, that does not behave like lithium-ion when it is damaged. That is a genuinely hard engineering problem, and it is the same problem the civilian world has. That is the part worth noticing. Almost everything on this list is wanted by someone outside defence too. Quieter generators matter to construction sites, festivals and film crews. Safer high-density batteries matter to anyone who has read about an e-bike battery fire. Faster charging matters to every electric vehicle owner. Military money is often the first money into this kind of research, and the results usually do not stay military. There is also a plain logistics point. Fuel has to be driven to wherever it is needed. Every generator that needs less fuel is one less delivery, and in a military setting those deliveries are themselves dangerous.

What the evidence actually says

This is a competition, not a product announcement. Nothing has been invented here yet. The funding figure is worth putting in proportion. £2.45 million, excluding VAT, spread across multiple projects over roughly 18 months, is small-scale research funding. It pays for prototypes and demonstrations. It does not pay for manufacturing anything at scale. The technology readiness levels are the most informative detail in the whole announcement. Levels 4 to 6 means the Ministry of Defence expects to fund things that already work in a laboratory or a controlled test, not concepts. If you have an idea but no prototype, this competition is not for you. The separate unfunded strand, at level 6 and above, is for things closer to being usable now. The 4,000 lightweight field generators figure tells you why the Army is interested: it has a large existing fleet that is approaching replacement. That is the commercial prize behind the research, and the announcement says selected technologies may support future procurement. May is the operative word. There is no promise of an order. One point entrants should read carefully: submissions may be shared with the Australian Department of Defence for assessment, and outputs from funded projects may be shared with Australian and US partners under appropriate arrangements. Anyone with sensitive intellectual property should understand that before applying, not after. And a realistic note on timing. Demonstrations are to be completed by March 2028. Even if something excellent emerges, the distance between a successful demonstration and equipment actually in use is usually measured in years.

Practical advice

If you are a UK business, university group or individual inventor with relevant technology, the deadline is noon GMT on 10 November 2026. That is a short window, so the competition document on GOV.UK is the first thing to read, not the last. Be honest about your readiness level. Applying to the funded strand with something below level 4 wastes your time and theirs. If your technology is already proven and in use, the unfunded Immediate Power Problem strand is the better fit, and it can lead to Army trials. Submissions go through the UK Defence Innovation Online Submission Service. Set up access before the deadline week rather than during it. Read the information-sharing terms. If your technology's value is in protected intellectual property, take advice on what sharing with international partners means for you. Components count, not just complete systems. The announcement says enabling components are welcome. If you make one part of a power system very well, that is a valid entry. For everyone else, there is no action here, but there is something worth watching. If a genuinely safer high-density battery comes out of work like this, it will show up in civilian products eventually. That is where the long-term benefit for ordinary households sits.

What to know

UK Defence Innovation opened the Tactical Power Challenge on 15 October 2026, run for the British Army with Dstl and Australia's Advanced Strategic Capabilities Accelerator. There are two strands. A funded two-stage competition worth £2.45 million excluding VAT for technologies at readiness levels 4 to 6, with work finishing by March 2028. And an unfunded market engagement for technologies at level 6 and above, which may lead to Army trials. Stage one closes at noon GMT on 10 November 2026. The priorities are safer alternatives to lithium-ion with equal or better energy density, fast charging, new generation methods, better storage and distribution, silent operation and soldier-carried power. The Army has a requirement for more than 4,000 lightweight field generators, and selected technologies may support future procurement, though nothing is promised. Several of the things being asked for, particularly safer dense batteries and quieter generators, are wanted by civilian industry too. Sources: GOV.UK (Ministry of Defence and UK Defence Innovation), "Tactical Power Challenge: powering the future force", 15 October 2026, https://www.gov.uk/government/news/tactical-power-challenge-powering-the-future-force ; GOV.UK, Defence Science and Technology Laboratory, https://www.gov.uk/government/organisations/defence-science-and-technology-laboratory This article is for general information and is not legal, commercial or intellectual property advice. Read the official competition documents and take professional advice before submitting anything.

#defence technology#batteries#energy storage#innovation funding#British Army#engineering

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