On-Street EV Charging Infrastructure
char.gy reaches 5,000 public EV chargers milestone in Brighton & Hove as on-street rollout advances
The expansion of on-street EV charging infrastructure by char.gy in Brighton & Hove highlights growing urban demand and opportunities for similar UK cities to enhance kerbside charging accessibility.
What happened
char.gy, a UK-based electric vehicle (EV) charging operator, has reached a significant milestone by installing its 5,000th public charge point in Brighton & Hove. This achievement is part of the city’s broader initiative to deploy approximately 6,000 kerbside charge points, aiming to improve EV charging accessibility for residents who lack private driveway access. The rollout focuses on urban on-street charging solutions, addressing a critical gap in infrastructure for densely populated areas where off-street parking is limited or unavailable.
Why this matters for UK EV infrastructure
The milestone reached by char.gy in Brighton & Hove underscores the increasing importance of on-street EV charging infrastructure in the UK’s transition to electric mobility. As the government’s ban on new petrol and diesel cars approaches, urban areas face unique challenges in providing sufficient charging options for residents without private parking spaces. The expansion of kerbside chargers directly responds to this need, enabling broader EV adoption in cities.
This development also signals a shift in infrastructure strategy, moving beyond traditional off-street charging hubs to integrate charging points seamlessly into public streetscapes. Such integration requires coordination with local authorities, careful planning to minimise disruption, and consideration of urban design and accessibility. The success of char.gy’s deployment in Brighton & Hove may serve as a model for other UK cities seeking to expand their on-street charging networks.
Furthermore, the scale of deployment—5,000 chargers installed with plans for 6,000—demonstrates the feasibility of large-scale kerbside charging projects. This has implications for supply chain logistics, installation processes, and ongoing maintenance frameworks, all critical factors for commercial operators and local councils planning similar initiatives.
Who this affects
The primary beneficiaries of this on-street charging expansion are urban EV drivers without access to private driveways or dedicated off-street parking. This demographic has historically faced barriers to EV ownership due to limited convenient charging options. By increasing kerbside charger availability, residents in densely populated neighbourhoods gain practical access to EV charging, supporting equitable adoption.
Local authorities and city planners are also directly impacted, as they must manage the integration of these chargers into existing street infrastructure, balancing the needs of pedestrians, cyclists, and other road users. The project highlights the role councils play in facilitating EV infrastructure deployment through planning permissions, street space management, and community engagement.
Commercial EV infrastructure providers and installers stand to benefit from the growing demand for on-street charging solutions. The Brighton & Hove example illustrates a viable market for large-scale kerbside charger rollouts, encouraging investment and innovation in this segment.
Finally, energy suppliers and grid operators may experience increased load in urban areas, necessitating coordination to ensure grid capacity and reliability as on-street charging proliferates.
Signals to watch
The char.gy milestone in Brighton & Hove signals several trends and indicators for the UK EV infrastructure market:
- **Urban on-street charging growth:** Other UK cities may announce similar kerbside charger deployment plans, reflecting a nationwide push to address urban charging needs.
- **Local authority partnerships:** Increased collaboration between commercial operators and councils will be essential, with planning applications and street works permissions becoming key market signals.
- **Technology and installation innovation:** Solutions that minimise street clutter, reduce installation time, and integrate smart charging capabilities will gain prominence.
- **Funding and policy support:** Government incentives or local funding schemes targeting on-street charging infrastructure could accelerate rollout pace.
- **Grid impact management:** Monitoring how grid operators respond to concentrated urban charging demand will be critical for sustainable infrastructure expansion.
- **User adoption patterns:** Data on utilisation rates and user satisfaction with kerbside chargers will inform future deployment strategies.
EV Signals perspective
char.gy’s achievement in Brighton & Hove exemplifies a pivotal development in the UK’s EV infrastructure landscape, particularly regarding on-street charging in urban environments. For companies engaged in commercial EV infrastructure, this case highlights the importance of targeting kerbside solutions to unlock new customer segments and meet local authority objectives.
The scale and pace of deployment also suggest that monitoring planning applications and local government initiatives is vital for identifying emerging opportunities. EV Signals’ [Planning Application Lead Feed](https://evsignals.co.uk/planning-application-lead-feed) and [Planning Stage EV Leads](https://evsignals.co.uk/planning-stage-ev-leads) can provide timely insights into such developments.
Moreover, the Brighton & Hove rollout underscores the need for infrastructure providers to innovate around installation efficiency and urban integration, areas that will shape competitive advantage. Companies should also consider the implications for grid management and explore partnerships with energy providers to ensure resilient service delivery.
Overall, char.gy’s progress offers a practical example of how on-street charging infrastructure can be scaled effectively in UK cities, informing strategic planning and investment decisions across the sector. For those tracking market signals and procurement trends, this milestone is a clear indicator of growing demand and evolving infrastructure models in the commercial EV charging space.
Sources
- [char.gy hits 5,000 charger milestone as on-street rollout continues - Motor Trade News](https://www.motortradenews.com/electric-vehicles/char-gy-hits-5000-charger-milestone-as-on-street-rollout-continues/)
Sources