En-Route & Rapid
50kW - 350kW+
Rapid & Ultra-Rapid Units
35
High-power DC units engineered for rapid turnaround travel. Delivers 20% to 80% charge in approximately 20–45 minutes.
Official Department for Transport (DfT) Quarterly Release
•
Updated July 2026
EV Charging in Bath and North East Somerset
Official Department for Transport (DfT) infrastructure audit, hardware density metrics, and capital deployment trajectory for Bath and North East Somerset.
Area overview
Quarterly DfT Audit (July 2026)
EV Infrastructure Rank:
B
There are 179 registered physical charging units (devices) in this area.
Moderate public availability, broadly tracking within regional expectations.
Data sourced from official Department for Transport (DfT) central public charging registries. Figures reflect physical hardware enclosures recorded for Bath and North East Somerset.
Note on Devices vs. Plugs / Bays (July 2026 Audit):
Official Department for Transport data tracks physical charging devices rather than individual sockets. Because most destination units feature dual sockets and rapid chargers carry multiple connectors, the number of simultaneous parking bays available to charge is typically 1.5x to 2.5x higher than the device count shown above. Residential on-street lampposts and restricted customer-only chargers may be logged separately.
National Benchmark Comparison
Baseline: 172 chargers / 100k UK avg
UK Baseline Deficit & £1.4M+ Capital Gap
Current: 179 units (52% of UK baseline)
UK Average Target: 344 units
Based on its population of ~200,000 residents, Bath and North East Somerset requires 344 public chargers to meet the UK national average (172 per 100k). With 179 units currently active, the borough has a shortfall of 165 chargers. Closing this deficit represents an estimated £1.4M – £2.3M capital investment pipeline (hardware, civil works, and DNO grid connections). Capital allocation requires a dual deployment strategy across on-street residential charging and strategic rapid destination hubs at retail and transit interchanges.
Capital Deployment & Infrastructure Intelligence
Priority 2: Urban & Curbside Maturation
Balanced Curbside & Destination Asset Profile
The network demonstrates an active balance: 19.6% rapid charging backed by 144 destination AC units. Commercial headroom centers on long-dwell parking concessions, residential on-street public works, and mixed-use urban regeneration schemes where overnight charging unlocks dense residential occupancy.
24-Month Rollout Trajectory
Official DfT deployment trajectory: July 2024 to July 2026
July 2024
111
Baseline
July 2025
118
+7 (+6%)
July 2026 (Now)
179
+61 (+52%)
Driver Takeaway & Outlook
Council network deployment has accelerated. With 61 new chargers installed over the past 12 months (compared to (+7) the previous year), capacity is expanding faster than the 24-month baseline. If current momentum holds, the network is on pace to cross ~240 chargers by mid-2027.
🏡 Residential Electrification
Domestic Dwell
Home Charging & Smart Tariffs in Bath and North East Somerset
Charging overnight on a dedicated EV smart tariff typically costs between 7p to 9p per kWh, unlocking up to 70% operational savings against public on-street or rapid hub pricing.
🏢 Commercial Fleet & Workplace
B2B / WCS Grant
Workplace Infrastructure & Fleet Depots
UK businesses, landlords, and fleet operators can claim up to 75% off installation costs (up to £350 per socket) via the government Workplace Charging Scheme (WCS) across up to 40 chargepoints.
* Partner referral links. We may earn an affiliate commission from qualifying consumer installations, tariff switches, or commercial infrastructure consultations at no additional cost to you.
Infrastructure Breakdown for Bath and North East Somerset
Official breakdown of charging speed capabilities and population density benchmarks from central government registries.
Destination & Curbside
3kW – 22kW AC
Destination & Standard AC Units
144
Sub-50kW AC units including fast destination posts (7–22kW) at car parks and supermarkets, alongside residential on-street bollards and lampposts (≤6kW).
Per Capita Provision
Per 100k
89.5 / 100k residents
Currently tracks below the national baseline (~172 per 100k), indicating high headroom for capital investment.
Network Speed Composition
Proportional split of public charging hardware by central DfT power delivery category
Standard AC (<50kW): 80%
Rapid & Ultra-Rapid (≥50kW): 20%
Curbside Lampposts & Destination Posts (<50kW)
Transit Hubs & En-Route DC (≥50kW)
* Local authority quarterly DfT data aggregates destination (7–22kW) and residential curbside (3–6kW) into sub-50kW AC hardware provision.
Compare Similar Infrastructure Benchmarks
UK local authorities operating at comparable per-capita charging density:
Local Authority Planning & Capital Brief
Key demographic and infrastructure metrics (~200,000 residents).
Population
~200,000
Estate Scale
179 units
DC Fast Share
19.6% (35)
vs UK Average
-82.4
⚡ UK Charging Speeds
Standard / Destination (3kW - 7kW AC)
Typically found at supermarkets, workplaces, and on-street lamp posts. Perfect for top-ups or overnight parking, adding roughly 20-30 miles of range per hour.
Fast / Rapid (22kW - 50kW AC/DC)
Commonly located at leisure centers and retail parks. Can charge a standard EV battery from 20% to 80% in approximately 45-60 minutes.
Ultra-Rapid En-Route (100kW - 350kW+ DC)
Situated at major motorway service stations and dedicated charging hubs. These elite units deliver up to 200 miles of range in just 15-20 minutes for compatible vehicles.
💷 Tariffs & Access Rules
Public EV charging costs across the UK vary extensively based on network operators, speed ratings, and membership tiers:
- Slow/On-Street charging typically tracks between 40p - 55p per kWh.
- Rapid commercial hubs generally average between 65p - 79p per kWh.
- Ultra-Rapid motorway units can climb to 85p+ per kWh due to extreme peak power draw demands.
💳 UK Law: Ad-Hoc Access Mandatory
Under UK legislation, all newly deployed public rapid chargers over 8kW must offer contactless payment without requiring an app or subscription.
🚗 EV Etiquette & Overstay Tariffs
To keep the charging network moving efficiently and avoid frustrating other drivers, follow these critical rules:
- The 80% Rapid Rule: Move your vehicle once it hits 80% charge. Charging speeds drop drastically past this point to protect battery life, making it inefficient to block others.
- Avoid ICEing Bays: Park in active charging bays only when your vehicle is actively drawing power.
⚠️ Beware of Overstay Fees
Many major UK networks (such as bp pulse, Gridserve, and Tesla) enforce an automatic rolling overstay fee (often £1.00 per minute) if your vehicle remains plugged in after charging completes.
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Consistent data across regions
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