Vehicle manufacturers are currently scaling up electric fleets, but a critical gap remains in charging availability. While private charging is still common in suburban areas, cities and transport corridors require the rapid deployment of reliable public charging stations. Underserved regions, particularly inland logistics corridors and outer urban zones, are emerging as key areas for investment.
By 2030, new public charging stations will need to serve not only passenger electric vehicles but also fleet vans, taxis and heavy-duty trucks. Fast-charging hubs located at retail and urban centres, integrated V2G applications, and intelligent billing systems are reshaping how EV users engage with charging infrastructure. Analysts estimate that by 2040, over 60% of all EV charging sessions will take place in public spaces.
The Market Is Scaling
Technology firms and OEMs are responding by developing modular, scalable, fast-charging hardware paired with interoperable platforms. Charging systems delivering 150 kW or more are now widely adopted, reducing downtime and improving fleet utilisation. These systems are increasingly integrated into urban infrastructure, designed not only for capacity but also for user experience, with touchless authentication, real-time availability updates and dynamic pricing.
Meanwhile, automotive suppliers and mobility platform providers are investing in data-driven rollout models that identify usage patterns and optimise charging site deployment. Global mobility leaders recognise the importance of unified protocols and seamless roaming across networks. As more regions introduce legislation covering uptime, consumer rights and universal access, competitive advantage will favour providers that develop ecosystem-focused infrastructure connecting charge point operators, grid partners and digital mobility services.
However, international collaboration is essential. No single country or company can meet the infrastructure demands alone. A resilient, high-capacity public charging network must be planned on a trans-regional scale, supported by cross-border standards and coordinated investment strategies.
Intelligent Infrastructure Needs Smart Coordination
The push for reliable public charging cannot succeed without digital connectivity and grid optimisation. Demand-side management, real-time load balancing and predictive maintenance are now just as critical as the chargers themselves. Modern charge points are equipped with diagnostic and analytics software that can detect usage surges, hardware wear and even payment anomalies.
Policymakers and city planners are increasingly recognising the urgency of integrating public charging networks into broader urban mobility strategies. This includes zoning policies for EV access, subsidies for underserved areas and strategic co-location with other transit services. Roadside assistance providers, insurance companies and digital navigation platforms are also entering the value chain, positioning EV charging as part of a wider mobility ecosystem.
EV Charging Europe 2026 will showcase innovative solutions and infrastructure strategies from global automotive leaders, charging technology developers and public–private stakeholders. Together, they will examine what is required to build an inclusive, intelligent and interoperable public charging network that supports the next generation of electric mobility.
