Sectors

Zero emission vehicles

The UK is leading the charge on zero emission vehicles.

The automotive industry has a long, proud history in the UK, and a bright future. The sector supports 132,000 jobs and contributed £21.4 billion in gross value added to our economy (from a turnover of over £83 billion) in 2024. It is integral to delivering on innovation, net zero and helping to drive economic growth.

Eight out of 10 cars produced in the UK are exported overseas to over 140 different markets worldwide.

We are determined to build on our heritage and continue to secure international investment in the technologies of the future, positioning the UK as one of the best locations in the world to manufacture zero-emission vehicles (ZEVs).

The future is green

The UK is one of the top 20 countries in the world for electric vehicle growth and penetration rates (Bloomberg, 2024). In the first six months of 2025, the Society of Motor Manufacturers and Traders reported that sales of battery electric vehicles (BEVs) and plug-in hybrid vehicles (PHEVs) collectively represented just under a third of the market share (31.9%). Charging infrastructure is also speeding ahead, we are continuing to accelerate the rollout of public chargepoints.

As of July 2025, there are more than 82,000 public electric vehicle charging devices installed in the UK. With one chargepoint added every half an hour, and over 100,000 on the way in the coming years, the government is building the infrastructure drivers need to make the switch with confidence, while supporting jobs and saving people money to deliver the Plan for Change.

UK battery manufacturing capability is also expected to grow. Tata has announced an investment of over £4 billion to build one of Europe’s largest gigafactories in Somerset, while completion of the Automotive Energy Supply Corporation’s (AESC) second UK gigafactory will build upon their 2021 £1 billion EV Hub in Sunderland, in partnership with Nissan.

By accelerating domestic battery making capacity and removing planning barriers to get shovels in the ground, we will give our manufacturing sector the certainty it needs to flourish.

Opportunity highlights

There are significant investment opportunities across the UK supply chain. Areas of expansion include:

Battery technologies

  • lithium-ion batteries
  • nickel-metal hydride batteries
  • cathode materials
  • anode materials
  • electrolytes
  • separators

Power electronics, machines and drives

  • inverters, converters and on-board chargers to convert and control electric power in Electric Vehicles (EVs)
  • battery management systems (BMS)
  • electric motors

Magnets

  • rare earth magnets used in hybrid and electric vehicles
  • non-rare earth magnets
  • magnet recycling

Hydrogen

  • Hydrogen fuel cell electric vehicles (FCEVs)
  • hydrogen refuelling stations (HRS)
  • hydrogen-powered HGVs and buses
  • hydrogen fuel-cells
  • hydrogen storage tanks

Lightweight materials

  • magnesium, carbon fibre composites
  • aluminium and matrix composites
  • titanium
  • glass fibre composites and high-strength steel

Charging infrastructure

  • ultra-fast charging stations
  • wireless charging
  • V2G charging
  • roadside charging
  • solar canopies
  • hub site charging

Key UK assets

The UK has regional clusters with strengths across the zero-emission vehicle supply chain.

West Midlands

A centre for the automotive industry and home to the Manufacturing Technology Centre, the National Transport Design Centre, the UK Battery Industrialisation Centre, the Advanced Propulsion Centre, the National Automotive Innovation Centre and Energy Research Accelerator.

The West Midlands is also home to the world’s most renowned construction equipment manufacturer JCB.

Wales

Wales is home to Aston Martin’s DBX factory in St Athan, Toyota’s Deeside Engine Plant and the National Compound Semiconductor Applications Catapult in South-East Wales which has potentially significant implications for the EV automotive industry.

North East

Some of the world’s largest automotive original equipment manufacturers, including Nissan and Komatsu, are in the region alongside a global chain of tier-1 suppliers and specialist SMEs.

The North East is home to the UK’s first battery production facility, AESC.

North West

This is a region of thriving engineering and automotive industry and expertise, with assets such as the Energy Lab at the Graphene Engineering Innovation Centre and the Manchester Fuel Cell Innovation Centre.

The North West is also home to Ford’s major electric vehicle components facility at Halewood.

Oxford-Cambridge Arc and Motorsport Valley®

Oxford is home to the Harwell Campus Energytec Cluster and Faraday Institution. The area is, alongside parts of the Midlands, also known as Motorsport Valley, the undisputed leader in global motorsport.

Seven of ten Formula 1 teams are based there, it is the home of Formula E, and is the leading international supplier to racing series around the world. The UK is an excellent destination for Motorsport R&D due to its highly skilled workforce, universities, relatively low labour costs and R&D tax credits. Over 140 colleges and 30 UK universities are now teaching motorsport-specific skills, helping to safeguard the future of the industry.

Competition drives innovation and these companies invest around 30% of revenues in R&D, an investment that also reaps benefits for automotive companies working in the UK.

R&D capability

The UK government has several ambitious measures to support the transition to zero emission vehicles.

DRIVE35 (Driving Research & Investment in Vehicle Electrification) is a new £2.5 billion programme of capital and R&D funding to 2035, announced as part of the government’s Industrial Strategy and Advanced Manufacturing Sector Plan. DRIVE35 will support the latest research and development, accelerate commercial scale-up, and unlock capital investment in zero emission vehicles (ZEVs) and their supply chain.

Faraday Battery Challenge – Recent announcements have brought the overall budget of the Faraday Battery Challenge to £610 million since 2017, putting the UK at the forefront of the design, development, manufacturing, and recycling of electric batteries.

Driving the Electric Revolution (DER) – £80 million programme for capability and growth of the Power Electronics, Machines and Drives (PEMD) supply chain in the UK.

R&D assets also include:

  • the Advanced Propulsion Centre (and associated Spoke Network)
  • seven centres of the High Value Manufacturing Catapult
  • the UK Battery Industrialisation Centre (UKBIC)
  • the Centre for Process Innovation
  • the Compound Semi-Conductor Applications Catapult

Business and government support

The UK supports innovation and investment through various schemes, including DRIVE35, energy relief, and finance mechanisms.

The National Wealth Fund (NWF) is the UK government’s principal investor and policy bank, capitalised with £27.8 billion. NWF has committed at least £5.8 billion for priority sectors, including gigafactories and the EV supply chain. DRIVE35 will work alongside the NWF as part of a comprehensive offer to attract strategic investments, delivering growth. 

In addition, UK automotive investment is supported via the British Business Bank, UK Export Finance, and the Office for Investment.

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Case studies

YASA

YASA manufactures electric motors for automotive and aerospace. It can deliver up to 100,000 ‘off-the-shelf’ or customised EV motors and controllers from its Oxford production facility with a unique, patented motor technology.

In 2019, YASA and Ferrari announced that a custom 14kW/kg motor would power the new SF90 Stradale resulting in the marque’s first-ever hybrid series production sports car.

Jaguar Land Rover

Jaguar Land Rover has reduced global manufacturing CO2 per vehicle by 46%. The company built the Jaguar XE with 75% recycled aluminium. Its REALITY consortium recovers aluminium from scrapped Jaguar Land Rover cars to turn into high-quality material for new vehicles.

It’s also developing a recycling process, using less primary aluminium to form a new alloy comparable to existing grades, reducing CO2 emissions by up to 26%.

Ilika

Ilika plc pioneers EV solid-state battery technology, for applications in medtech, industrial internet of things, aerospace and consumer electronics.

A grant from Innovate UK’s Faraday Battery Challenge supported a project that has the potential to transform the performance and safety of electric vehicles. This produced its Goliath cells. Fast charging, longer life and non-inflammable, they are easier to handle than current technology.