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Quick answer
A UKRI / Innovate UK challenge funding battery research and commercialisation across the UK battery value chain — cells, materials, manufacturing, recycling, and integration. Funded as a portfolio: industrial R&D competitions (run via Innovate UK), the Faraday Institution (academic research), and UKBIC (manufacturing scale-up facility access). Best understood as a route into the UK battery ecosystem, not a single grant. Most genuine industrial opportunities now come through Innovate UK competitions branded "Faraday Battery Challenge" or via UKBIC access, rather than a standalone application portal.
Funding amount
Varies
Region
United Kingdom
Stage
Any stage
Provider
Innovate UK
Advisor view
**What assessors are looking for** Faraday Battery Challenge funding is awarded against a strategic view of the UK battery value chain. Assessors test (a) where the project sits in the chain (cells, materials, manufacturing, second-life, recycling) and whether that part of the chain is a UK priority, (b) credible industrial demand — preferably an OEM or system integrator already engaged, (c) technical novelty over current commercial state of the art, (d) safety and sustainability credentials, and (e) the consortium's ability to execute, including access to specialist facilities (often UKBIC or a Catapult). **Preparation before applying** Engage with the Knowledge Transfer Network battery community and, where relevant, UKBIC and the Faraday Institution before competition launch. Most successful consortia have prior engagement with at least one of these bodies. Identify the Innovate UK Business Growth (formerly Edge) advisor early — they can help shape consortium structure and exploitation narrative. **Funding structure** Competitions vary by round but typically follow Innovate UK norms — collaborative R&D with industrial-academic consortia, standard intervention rates by participant type, project sizes from low hundreds of thousands to multiple millions, and 12–36 month durations. UKBIC access is funded separately and works on a programme of paid and supported access rather than a one-shot grant.
Frequently asked questions
- Who is Faraday Battery Challenge really for?
- It works best for organisations that already meet the eligibility test on paper and have the operational maturity to deliver — not for businesses hoping the application will force them to formalise.
- What are the most common reasons applications are rejected?
- Weak evidence, eligibility misses, and applications that read as business as usual rather than the specific intent of the scheme. Most rejections are avoidable with earlier preparation.
- Can early-stage startups apply?
- Sometimes — but the strongest applicants usually have at least minimum trading history, a defined plan and the team to deliver. If you are pre-revenue with no plan, expect to be too early.
- How competitive is it?
- Demand routinely outstrips supply for the high-profile UK programmes. Treat any competitive call as a serious bid that needs four to six weeks of preparation, not a weekend.
- What should I prepare before I apply?
- A short written summary of what you are doing and why it qualifies, your latest accounts or forecasts, and any partner or evidence the scheme expects. Get adviser sign-off before submission.
- What happens after a successful application?
- Expect monitoring, reporting and milestone evidence. Plan the reporting cadence and internal owner before the funding lands, not afterwards.
Who it's for
UK-based battery developers, materials specialists, cell and pack manufacturers, recyclers, and integrators (automotive, stationary storage, aerospace, marine) working on technology that strengthens the UK battery value chain. Particularly relevant for companies that can credibly partner with the Faraday Institution's academic base, access UKBIC's scale-up lines, or lead a collaborative R&D consortium with strong industrial pull-through.
Probably not for you if…
Companies outside the UK battery value chain, businesses without a clear industrial route for the technology (the bar on UK economic impact is high), early-stage teams with no battery-domain track record, projects that duplicate work already mature in the Faraday Institution portfolio, or businesses looking for routine working capital — this is R&D and capability funding, not commercial finance.
Usually too early when
Advisor signal
You are still at fundamental materials research with no industrial route, your technology has not been validated outside a lab, you have no battery-domain partners or facility access plan, the UK value-chain benefit is unclear (e.g. the work would just as easily happen overseas), or you cannot fund match share and consortium-management overhead. Faraday is for projects that move the UK battery industry forward in a defined window, not exploratory science.
Eligibility
UK-registered businesses and research organisations responding to specific competition calls.
Evidence you'll need
Detailed project plan and consortium for the active call.
Application timeline
Pre-competition: KTN, UKBIC, and Faraday Institution engagement, consortium formation, technology positioning (3–9 months) → competition launches with scope and deadline → bid development and submission (typically 6–10 weeks) → Innovate UK assessment (8–12 weeks) → conditional offer and contract → project start, typically 4–9 months after competition launch.
Common reasons applications fail
Applying without prior battery-community engagement and arriving as an unknown. No credible OEM or integrator in the consortium, so industrial pull-through is asserted rather than evidenced. Weak positioning against current commercial state of the art (reviewers know the field). Underdeveloped safety, sustainability, or end-of-life sections, which are now non-optional. Scaled-up manufacturing claims with no UKBIC or facility plan. Consortia that look like the academic project they grew out of, with industrial partners as a coat of paint.
What improves your odds
A consortium with credible OEM or integrator pull-through (named, engaged, ideally co-funding). Clear positioning against current commercial state of the art — not just current academic state. A safety, sustainability, and end-of-life story that holds up to scrutiny. A facilities and scale-up plan that uses UK assets (UKBIC, Catapults, Faraday Institution) rather than re-inventing capability. Prior delivery of an Innovate UK or equivalent collaborative project. A workplan that visibly de-risks the path to manufacturing, not just performance.
Typical successful applicant
A UK battery technology developer (cell, materials, pack, or recycling) leading a 3–6 partner consortium with at least one OEM or system integrator, an academic partner aligned with the Faraday Institution, and access to UKBIC or a relevant Catapult for scale-up work — typically on a £1m–£10m project over 18–36 months with a clear route to UK manufacturing or supply-chain commercialisation.
Common misconceptions
Faraday Battery Challenge is not a continuously open grant — opportunities open as discrete competitions and as access calls to UKBIC and Faraday Institution programmes. It is not only for lithium-ion chemistry — adjacent chemistries, recycling, second-life, and battery management are explicitly in scope. It is not only for the automotive sector — stationary, marine, aerospace, and grid applications qualify where the UK value-chain case is strong. And the Faraday Institution itself is primarily an academic research body, not a route for company funding — industrial money flows through Innovate UK competitions.
What happens next
On award, the consortium delivers an Innovate UK-managed collaborative project with quarterly monitoring, milestone reviews, and IP and exploitation reporting. Successful projects often progress to follow-on competitions, secure additional UKBIC access for manufacturing scale-up, attract industrial investment, or feed into the consortium lead's commercial product roadmap. Several Faraday-funded projects have anchored UK gigafactory and battery-supply-chain investments.
What comes next
Faraday-funded projects typically lead to one of: a follow-on industrial R&D project (often a larger Innovate UK or APC bid), UKBIC scale-up access to validate manufacturing readiness, industrial investment from an OEM or strategic, or for scale-ups an Innovate UK Innovation Loan to fund late-stage commercialisation. The strongest projects feed directly into UK gigafactory and battery-supply-chain capacity decisions.
Funding context
Faraday Battery Challenge is part of UKRI's broader Industrial Strategy Challenge Fund / successor portfolio, sitting alongside the Advanced Propulsion Centre (vehicle propulsion systems), Driving the Electric Revolution (power electronics, machines and drives), and the wider Net Zero Innovation Portfolio. UKBIC is the manufacturing scale-up arm; the Faraday Institution is the academic research arm; Innovate UK runs the industrial competitions. Companies often combine more than one — e.g. a Smart Grant or APC project for the propulsion system feeding a Faraday project on the battery pack.
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