Reaching net zero is no longer a distant ambition for the UK, it’s an urgent national priority that is reshaping how cities operate, build, and grow.
But while the conversation often focuses on cutting emissions, the reality on the ground is far more complex. From electric vehicle infrastructure to energy consumption and renewable uptake, some areas are clearly better equipped than others to make the transition. A new study by Karas Plating analysed 113 UK areas to determine how prepared each is for the shift towards a low-carbon future.
The research combined six key indicators into a single “net-zero readiness” score, including emissions density, EV charging availability, solar adoption rates, household waste levels, energy consumption, and the share of jobs in carbon-intensive industries. Each metric was standardised and weighted to allow fair comparison across areas of different sizes. Taking the top spot is Oxford. The city stands out for its all-round performance, ranking first for EV charging provision (57.7 devices per 100,000 people), solar panel installations (291.60), and lowest household waste (252.10kg per person).
Combined with relatively low emissions density (12.5 kt CO₂e/km², ranking sixth), Oxford’s infrastructure and environmental footprint place it firmly ahead of the pack.
Salford (pic: Salford Quays) ranks in second place. The city performs particularly well in waste management, ranking second with 292.20kg per person, while also maintaining strong EV infrastructure (sixth) and relatively low emissions (seventh). Its balanced performance across multiple indicators highlights a city steadily building the foundations for long-term decarbonisation.
St Albans ranks third overall, driven largely by exceptional energy efficiency, ranking second for lowest household energy consumption (438.9 GWh per dwelling). It also performs strongly on emissions (fourth) and solar adoption (fourth), showing how smaller cities can lead through efficiency rather than scale.
Watford follows in fourth place, boasting the lowest energy consumption in the entire study (390.3 GWh per dwelling). The city also ranks highly for waste management (third) and maintains solid performance across EV infrastructure and solar adoption, making it one of the most balanced performers in the ranking.
Brighton and Hove takes fifth place, standing out for having the lowest share of employment in carbon-intensive industries (59.35, ranking first). This reflects a more service-led, lower-emissions economy, supported by relatively low emissions density and steady EV infrastructure.
Basingstoke ranks sixth and records the lowest emissions density in the entire study (just 1.4 kt CO₂e/km²). Combined with strong solar adoption (third) and solid EV infrastructure, the city demonstrates how low environmental pressure can offset challenges such as a higher share of carbon-intensive employment.
Colchester (in seventh place), achieves, thanks largely to its exceptional solar adoption, ranking first overall with a rate of 361.65. It also benefits from very low emissions (second), although weaker EV infrastructure slightly limits its overall performance.
Bristol ranks eighth, combining strong emissions performance (third) with well-developed EV infrastructure (fourth). While its energy consumption is among the highest (ranking tenth), its investment in transport decarbonisation and renewables helps secure a top 10 finish.
Bracknell takes ninth place, delivering steady results across all key indicators. It ranks well for solar adoption (fifth) and energy consumption (fifth), demonstrating the importance of consistency rather than standout performance in a single area.
Newcastle upon Tyne completes the top 10. The city excels in EV infrastructure, ranking second with 35.3 charging devices per 100,000 people, and maintains strong performance across industrial structure and emissions, making it one of the strongest performers in the North.
Note: London was excluded from direct borough aggregation comparisons due to data inconsistency across borough-level energy reporting
