The rapid expansion of electric vehicle (EV) charging infrastructure is creating new challenges for electricity networks, with smart charging, battery storage and vehicle-to-grid technology emerging as increasingly important tools for managing energy demand.
According to GlobalData’s latest report, Strategic Intelligence: Electric Vehicles in Power (2026), growing EV adoption is forcing utilities and infrastructure operators to rethink how charging demand is managed and integrated into electricity distribution networks.
Unmanaged residential charging can intensify evening electricity demand peaks, while commercial fast-charging hubs create sudden, substantial loads that increase pressure on grid infrastructure and potentially require costly upgrades.
For energy, estates and facilities managers, these challenges highlight the importance of considering EV charging infrastructure as part of wider building energy management strategies.
GlobalData identifies public DC fast charging as a growing investment priority, particularly for commercial fleets, high-utilisation vehicles and transport hubs where rapid turnaround times are essential.
However, the increasing power requirements of these installations mean that site operators must carefully consider available grid capacity, peak demand and future expansion requirements.
Rehaan Shiledar, Power Analyst at GlobalData, highlighted the potential of battery-buffered charging hubs, which combine rapid EV charging with on-site energy storage.
These systems draw electricity steadily from the grid before delivering higher-power charging when required, potentially reducing demand charges and avoiding expensive network upgrades.
The report also identifies vehicle-to-grid (V2G) technology as an emerging opportunity, allowing compatible EV batteries to return electricity to the grid or support local energy requirements.
“Vehicle-to-grid will continue to gain traction as utilities and grid operators seek fast, distributed flexibility to balance renewable variability, relieve local congestion, and support grid stability,” Shiledar said.
Advances in bidirectional charging equipment, technical standards and commercial arrangements are helping the technology progress beyond pilot projects.
Meanwhile, managed charging systems and smart tariffs can help organisations shift electricity consumption away from peak periods, reducing pressure on local networks and potentially lowering operating costs.
For facilities and estates teams planning workplace charging installations, GlobalData’s findings reinforce the need to integrate EV infrastructure with building energy management systems, on-site renewables and battery storage where appropriate.
Shiledar concluded that future charging infrastructure should be treated as a flexible grid asset rather than simply an additional source of electricity demand.
The report suggests that coordinated planning between utilities, property operators and charging providers will be increasingly important in supporting electrification while controlling infrastructure costs.