The logistics sector is under increasing pressure to decarbonise, yet despite strong policy direction and growing environmental awareness, the uptake of electric heavy goods vehicles (eHGVs) in the UK remains slow and is now showing signs of decline.
Recent figures show that electric HGV registrations fell by 16.5% year-on-year in Q1 2026, representing just 0.9% of the total truck market.
This stagnation raises an important question: Is the UK ready for large-scale electrification of freight, or is infrastructure still holding the sector back
The Reality Behind Declining Uptake
While more than 20 zero-emission truck models are now available, demand remains constrained. The primary reasons are clear:
- High upfront vehicle costs
- Limited charging infrastructure
- Complex depot upgrades
- Delays in grid connections
- Carrying Capacity
- Vehicle Range
Industry bodies, including the Road Haulage Association, continue to cite cost and infrastructure as the two dominant barriers to adoption. For operators, particularly SMEs, these challenges create a significant gap between ambition and execution.
Is the Infrastructure in Place?
1. Public charging: growth, but not for trucks
The UK has made strong progress in building EV infrastructure, with over 86,000 public charging devices installed by late 2025. However, most of these chargers are designed for cars and vans, not HGVs.
Only around 9% of chargers are located on key en-route locations critical for freight. There are very few dedicated HGV charging hubs nationwide with high-power truck charging (350kW+) remaining scarce. This creates a major limitation for long-haul logistics, where reliable roadside charging is essential.
2. Depot charging: the real battleground
For now, electrification is heavily dependent on depot-based charging. But upgrading a freight depot is far from straightforward.
Key challenges include:
- Power demand: a single depot may require 1–5 MW of electricity
- Grid connection delays: in some cases, up to 15 years
- Infrastructure costs that can exceed £1 million per site
- Physical space constraints for charging bays and the implications to yard layouts
These factors make depot electrification one of the biggest hurdles for logistics operators.
What Does It Cost to Upgrade a Fleet?
For small and mid-sized logistics operators, the transition is financially significant. Electric HGVs are considerably more expensive to purchase than their diesel counterparts, presenting a major barrier for many businesses. While government grants can help offset this by reducing costs by up to £81,000–£120,000 per vehicle, the upfront investment remains substantial. Even with this financial support, the grant typically covers only around 40% of the total purchase price, leaving businesses – particularly SMEs – facing a significant capital outlay to transition their fleets. Estimated costs highlight the scale of this challenge, with a typical electric HGV priced between £200,000–£400,000+, compared to a diesel equivalent at around £100,000–£130,000. Added to this is the ongoing uncertainty around residual values for electric HGVs, which remain largely untested at scale, creating an additional layer of financial risk for operators concerned about long-term asset value and return on investment.
What Needs to Change?
To accelerate adoption, three critical areas must improve:
1. Faster infrastructure rollout
- Dedicated HGV charging corridors along major routes
- Expansion of ultra-rapid charging hubs
- Better coordination between energy providers and logistics operators
2. Grid access reform
- Faster connection approvals
- Simplified processes with Distribution Network Operators
- Strategic planning to prioritise logistics hubs
Without this, electrification timelines will remain constrained regardless of vehicle availability.
3. Stronger financial support for SMEs
While grants are improving, SMEs still face the greatest barriers.
What’s needed:
- Longer-term funding certainty
- Scaled support for smaller fleets
- More flexible financing models
Encouragingly, studies show electrification can reduce operating costs over time, particularly through lower fuel and maintenance expenses. However, the upfront cost gap must be bridged first.
The Road Ahead for Logistics
Electric HGV technology is advancing rapidly, and for many regional and depot-based operations, electrification is already viable.
In fact, up to 75% of rigid HGVs could be electrified using depot charging alone under the right operational and financial conditions.
For widespread adoption across the logistics sector, the industry requires a more joined-up approach that reflects the realities of day-to-day operations. This includes developing infrastructure that truly supports freight movements at scale, creating investment frameworks that make the transition financially viable, particularly for SMEs, and implementing policy that aligns with the practical pressures of delivering goods efficiently, reliably, and at pace.
The decline in electric HGV uptake is not a failure of technology; it is a signal that infrastructure and economics are not yet aligned with industry needs.
For businesses like Meachers Global Logistics and the wider freight sector, the transition to electric is not a question of if, but when, and crucially, how quickly the supporting ecosystem can catch up.
Until the UK delivers reliable charging infrastructure, faster grid connections, and viable investment pathways, adoption will remain limited, particularly among SMEs that form the backbone of the logistics industry.
