Installing charging infrastructure is one of the most significant practical challenges businesses face when transitioning to electric vans. While electric vans are becoming more accessible, infrastructure planning remains a major barrier for many fleet operators.
At the end of March 2026, there were more than 120,000 public EV chargers across the UK, reflecting the pace of infrastructure growth. However, relying on public charging alone is rarely practical for businesses operating fleets at scale.
Simon Ridley, Managing Director at Dawsongroup vans, a nationwide commercial van rental company specialising in long-term fixed-term rental agreements, highlights the importance of early planning.
"Charging infrastructure is often where the biggest delays happen,"
says Ridley.
"The businesses that get ahead are the ones that treat it as part of their fleet strategy, not something to solve later."
Here, experts at Dawsongroup vans look at the key considerations fleet managers need to address when planning EV charger installation.
Start With a Detailed Site Assessment
Before installation begins, businesses need a clear understanding of how their site operates day to day: Where are vehicles parked overnight? How long do they remain stationary? How many need to charge at once? These factors determine not just how many chargers are required, but how they should be configured.
For many fleets, overnight depot charging is the most efficient solution. However, sites with limited space or split shifts may need more flexible setups.
"A lot of infrastructure challenges can be avoided by understanding how the site actually works,"
says Ridley.
"Charging should fit around operations, not disrupt them."
Understand Your Power Capacity Early
Knowledge of your site's electrical capacity is crucially important and often overlooked. Not all depots can support multiple high-powered chargers without upgrades. In some cases, grid reinforcement may be required, which can involve long lead times and added cost. Businesses that delay this step often face setbacks when vehicles are ready to deploy.
Engaging with energy providers, Distribution Network Operators (DNOs) and installation partners early helps establish what is feasible. Load management systems can also help by allowing multiple vehicles to charge without exceeding site capacity.
Ridley explains:
"Power availability is where plans can come unstuck. The earlier you assess it, the more options you have."
Choose the Right Charger Type
Not all chargers are suited to every fleet.
For depot-based operations, slower AC chargers are often sufficient, particularly where vehicles are parked overnight. Rapid DC chargers may be needed for faster turnaround, but they come with higher costs and greater power demands.
Installation costs can range from around £1,500 to £15,000 per charging point depending on site conditions and charger type, as highlighted in UK government EV infrastructure data.
A mixed approach is often the most practical, combining a small number of rapid chargers with standard units.
"Businesses don't always need the fastest chargers available,"
says Ridley.
"It's about choosing the right solution for how your fleet operates."
Plan Installation in Phases
A common mistake is trying to install infrastructure for a fully electric fleet from day one. In reality, most businesses transition gradually. Aligning charger installation with fleet replacement cycles spreads cost and reduces risk. Starting small also allows fleet managers to monitor usage, identify issues and refine their approach before scaling.
"The most successful projects tend to be phased,"
Ridley notes.
"You learn a lot from early installations that helps shape future decisions."
Businesses can also take advantage of incentives during this process. The government's plug-in van grant offers discounts of up to £2,500 for small vans and £5,000 for larger models, according to official UK government guidance.
Future-Proof Where It Matters
While overbuilding infrastructure can be costly, underestimating future demand can create problems later.
Planning for scalability, such as installing additional ducting or reserving space for more chargers, makes expansion easier and more cost-effective. As electric vans become a larger part of UK fleets, demand for charging will continue to grow.
"Futureproofing doesn't mean installing everything upfront,"
says Ridley.
"It means making sure your site can evolve as your fleet does."
Building Infrastructure That Supports Fleet Transition
Installing EV charging infrastructure is not just a technical task, it underpins the success of fleet electrification. From site layout and power capacity to charger selection and long-term planning, each decision affects how effectively electric vans can be integrated into operations.
As more businesses prepare for a lower-emission future, those taking a structured, data-led approach will be better placed to scale with confidence.
For many fleet managers, the question is no longer whether to invest in charging, but how to do it in a way that supports both current needs and future growth.
