Switching a commercial fleet to electric vehicles can start with an obvious question:

Which EVs should we buy?

But there's another conversation that needs to happen at the same time:

How are we actually going to charge them?

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Ordering electric vehicles before understanding your charging requirements can leave fleet operators facing insufficient power, unsuitable chargers, operational disruption or infrastructure that can't keep pace as the fleet grows.

Fleet EV charging shouldn't be an afterthought.

Before you order a single vehicle, here are the questions worth answering.

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1. What Does a Typical Day Actually Look Like?

Before thinking about chargers, start with your vehicles.

Look at:

• Daily mileage
• Routes
• Shift patterns
• Vehicle types
• Departure and return times
• Where vehicles are parked
• How long they're stationary

These details determine when and where charging can realistically happen.

A vehicle covering 60 miles before returning to a depot for 12 hours has very different charging requirements from one travelling hundreds of miles with a short turnaround between shifts.

That's why there's no singular approach to fleet EV charging.

The infrastructure needs to be designed around the operation — not the other way around.

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2. How Long Are Your Vehicles Actually Parked?

Charging time is one of the most useful pieces of the puzzle.

If vehicles return to the depot every evening and remain there overnight, you potentially have a long charging window.

That can mean lower-powered charging is perfectly capable of replenishing the energy used during the day.

If vehicles operate multiple shifts or have short turnaround periods, faster charging may be necessary.

This is why automatically specifying the fastest charger available isn't always the right approach.

The goal isn't to charge every vehicle as quickly as possible. It's to make sure every vehicle has the energy it needs when it's needed.

That distinction can have a significant impact on both infrastructure costs and power requirements.

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3. How Much Power Does Your Site Have Available?

This is one of the most important questions to answer early.

Your depot may have plenty of parking space for EV chargers, but that doesn't necessarily mean the electrical supply can support them all operating at full power simultaneously.

Understanding your existing electrical capacity helps determine:

• How many chargers can be supported
• What charging speeds are realistic
• Whether electrical upgrades may be required
• Whether load management could avoid unnecessary infrastructure costs

This assessment becomes even more important when planning for a fleet that will electrify gradually.

You might only be introducing five EVs this year, but what happens when that becomes 20, 50 or 100?

Planning that pathway early can help avoid expensive changes later.

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4. How Many Chargers Do You Really Need?

One vehicle doesn't necessarily mean one charger.

This is where understanding utilisation becomes important.

Depending on your operational model, vehicles may be able to:

• Share charging infrastructure
• Charge at different times
• Use different charging speeds
• Prioritise charging according to departure schedules

The right answer isn't necessarily the maximum number of chargers you can fit into the depot.

It's the number required to keep the operation moving reliably.

Smart charging and load management can also help distribute available power across multiple vehicles rather than requiring every charger to operate at maximum output simultaneously.

That can make a significant difference to the cost and scalability of a fleet charging project.

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5. What Happens When Every Vehicle Plugs In at Once?

This is where fleet charging becomes more than a hardware decision.

Imagine 20 vehicles returning to a depot at roughly the same time and plugging in.

Without the right strategy, the resulting demand could put significant pressure on the site's electrical supply.

But not every vehicle necessarily needs maximum power immediately.

Some might be leaving again in three hours.

Others might not move until 7am.

An intelligent charging strategy can prioritise vehicles based on operational requirements and distribute available power accordingly.

Instead of asking:

"How much power does every charger need?"

it can be more useful to ask:

"How much energy does the fleet need before the next shift begins?"

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6. What Happens When Something Doesn't Go to Plan?

Fleet charging needs to work in the real world.

And the real world isn't always predictable.

A vehicle might return late.

A route might cover more mileage than expected.

A charger could develop a fault.

An additional vehicle might unexpectedly need charging.

Your charging strategy needs enough resilience to deal with those situations without immediately affecting operations.

That might involve spare charging capacity, prioritisation, alternative charging arrangements or proactive network monitoring.

For fleets, charger uptime isn't simply a customer experience metric.

It can directly affect whether a vehicle is ready for work.

That's why support, monitoring and maintenance should be considered before infrastructure is installed — not after there's a problem.

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7. Who Is Going to Manage the Charging Network?

Once your infrastructure goes live, someone needs to manage it.

That can include:

• Monitoring charger performance
• Managing access
• Tracking energy consumption
• Resolving faults
• Supporting drivers
• Managing charging schedules
• Reviewing utilisation

Without a clear plan, these responsibilities can quickly land with fleet or operations teams that already have enough to manage.

The right software and support model should give your team visibility and control without turning EV charging into another full-time operational task.

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8. What Will Your Fleet Look Like in Five Years?

Perhaps the most important question is the one that's hardest to answer precisely.

You might know how many EVs you're ordering now.

But what happens next?

If electrification is going to continue, your charging infrastructure needs to be capable of evolving alongside it.

That doesn't mean installing infrastructure for your entire future fleet immediately.

It means making decisions today that don't unnecessarily restrict tomorrow.

Consider:

• Future charger locations
• Electrical capacity
• Cable routes and groundworks
• Load management
• Software scalability
• Potential future charging speeds

A phased approach can allow investment to follow vehicle adoption while ensuring the overall infrastructure has been designed with the end goal in mind.

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Vehicles and Infrastructure Need to Be Planned Together

Fleet electrification isn't simply a vehicle procurement exercise.

And EV charging isn't simply an electrical installation.

The two are interconnected.

Vehicle range affects charging requirements.

Routes affect energy consumption.

Dwell time affects charger speed.

Electrical capacity affects infrastructure design.

Operational schedules affect when charging needs to happen.

Change one element and it can influence everything else.

That's why charging should be part of the conversation from the earliest stages of fleet electrification.

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Don't Order the Vehicles and Figure Out Charging Later

There isn't one EV charging setup that works for every fleet.

And there isn't one answer to how many chargers you need, how powerful they should be or when vehicles should charge.

The right solution comes from understanding how your fleet actually operates.

Before committing to vehicles or charging infrastructure, understand:

What journeys are they completing?

When are they available to charge?

How much energy do they need?

What can your site support?

How will those requirements change as the fleet grows?

Answer those questions first, and you can build a charging strategy around the operation rather than forcing the operation to adapt around the chargers.

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Speak to Connekt

Planning to electrify your fleet?

Bring Connekt into the conversation before the vehicles arrive.

We'll help you understand your fleet's charging requirements, site capacity, infrastructure options and future growth plans to design a solution that works around your operation.

Speak to Connekt about your fleet EV charging plans.

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