For many tradespeople and small business owners, an electric van is no longer just an environmental choice. It can reduce running costs, provide a quieter drive between jobs and make sense for daily work across Redhill, Reigate, Merstham, Nutfield, Salfords and the wider Surrey area.
However, electric vans have different charging requirements from private cars. Larger batteries, higher daily mileage and the need to start every morning with plenty of range mean that choosing the right home charging setup is important.
This guide explains what Surrey tradespeople should consider before arranging ev charger installation surrey, including realistic overnight charging times, electrical capacity, smart charging and workplace options.
Why electric vans need more careful charging planning
Many electric cars have batteries in the region of 40–70kWh. Electric vans can be larger, with battery capacities commonly around 50–80kWh, depending on the model and specification.
A tradesperson may also drive considerably further than the average commuter. A typical day might involve:
- Travelling from Redhill to jobs in Reigate or Dorking
- Driving along the A23 or M23 corridor
- Visiting customers near Gatwick, Horley or Crawley
- Carrying tools and materials between several Surrey locations
- Returning home with considerably less battery charge than a private car
For that reason, van owners often want to return to a high state of charge overnight, rather than simply adding a small top-up. A reliable charging routine can be the difference between starting the day confidently and needing to find a public rapid charger before the first appointment.
7kW home charger versus a 3-pin granny cable
A standard 3-pin “granny” cable can be useful as a backup, but it is rarely a practical everyday solution for an electric van.
A domestic socket typically supplies around 2.3kW. In simple terms, a 50kWh battery could require more than 24 hours to charge from empty, allowing for charging losses. An 80kWh battery could take well over 35 hours from empty.
A dedicated 7kW home wallbox is designed for regular, sustained EV charging. It supplies roughly three times the power of a 3-pin cable and is connected to its own protected circuit installed by a qualified electrician.
| Battery size | Approximate 3-pin charge from empty | Approximate 7kW charge from empty |
|---|---|---|
| 50kWh | 24–26 hours | 8–9 hours |
| 60kWh | 29–31 hours | 9–10 hours |
| 80kWh | 38–40 hours | 12–13 hours |
These are broad estimates. Actual charging times depend on the vehicle’s onboard charger, battery temperature, charging losses and the final part of the charge, which can slow down as the battery approaches full.
For normal working patterns, the more useful calculation is how much energy has been used during the day. For example:
- A 50kWh van arriving home at 20% may need roughly 40kWh to reach full. On a 7kW charger, that is approximately 6.5–7 hours.
- A 60kWh van arriving at 25% may need around 45kWh, requiring approximately 7–8 hours.
- An 80kWh van arriving at 30% may need around 56kWh, which could take approximately 9–10 hours.
This is why a 7kW charger is generally a practical home solution for electric vans, especially when the vehicle is plugged in soon after returning from work.
Choosing the right charger for Surrey work patterns
A smart 7kW charger is usually the best starting point for a tradesperson charging at home. Features worth considering include:
- Scheduled charging through a mobile app
- A selectable “ready by” time
- Compatibility with smart electricity tariffs
- Charge monitoring and energy-use records
- Load management for properties with limited supply capacity
- Tethered or untethered cable options
- Outdoor-rated construction for driveway or yard installation
Smart scheduling allows you to set the van to charge during cheaper overnight periods, where your electricity tariff offers them. You can also set the vehicle to be ready before an early start, rather than charging immediately when you arrive home during the evening peak.
A smart tariff does not remove the need for a suitable electrical installation. The charger still needs correct circuit protection, appropriate cable sizing, suitable earthing and a supply capable of handling the additional demand.
Electrical checks before installing a van charger
Some Redhill and Surrey homes have older electrical installations, particularly properties where the consumer unit, meter tails or wiring have not been upgraded for many years. A site survey should assess more than simply where the charger will be mounted.
An electrician will normally consider:
Consumer unit capacity
The consumer unit needs space for the EV charging circuit and appropriate protective devices. If it is outdated, lacks RCD protection or has no spare capacity, an upgrade may be required.
An 18th Edition consumer unit upgrade may also improve the safety and capacity of the wider property.
Main fuse and supply rating
The main fuse determines how much power the property can draw at once. A home using electric heating, an immersion heater, a heat pump, an induction hob or other high-load equipment may have less spare capacity than expected.
A 7kW charger draws approximately 32 amps at full output. The installer should complete a maximum-demand assessment rather than assuming that the supply is adequate.
Load management
Dynamic load management can monitor the property’s overall demand and temporarily reduce the charger’s output when other appliances are running heavily. This can be useful where the charger is suitable but the supply has limited headroom.
For example, the charger could reduce its output while an electric shower is in use, then resume at a higher rate when household demand falls. This helps protect the main supply and can sometimes avoid the need for an expensive supply upgrade.
Cable route and distance
The route from the consumer unit to the charger affects installation time, materials and appearance. A short route through an attached garage may be straightforward. A longer route to a detached garage, side passage or rear parking area could involve external containment, underground ducting or additional protection.
A free site survey is particularly valuable for homes in Redhill, Reigate, Merstham, Nutfield and Salfords where properties can have varied layouts, narrow side access or parking areas away from the house.
Driveways, yards and shared parking
Many Surrey tradespeople park vans on a front driveway, beside a garage or in a small business yard. The charger should be positioned so the cable reaches the vehicle without creating a trip hazard or obstructing access.
If you use a shared driveway, rented parking area or a yard with several occupiers, confirm who owns the wall, electrical supply and parking space before installation. Written permission may be needed.
Charging cables should not be laid across a public footway. If the van cannot be parked safely beside the charger, the installation may need a different position, a suitable cable management arrangement or an alternative charging location.
For homes without off-street parking, a private home charger may not be practical. In that situation, workplace charging, public charging or a combination of both may be more suitable.
When a business yard or workplace charger makes sense
If you operate from a workshop, warehouse, office or industrial unit, charging at the business premises can reduce pressure on your home supply and allow vans to charge while staff are working.
A small yard may need one or two 7kW chargers. A growing business could require:
- Multiple charge points
- Dynamic load balancing
- Three-phase supply assessment
- Separate metering or energy monitoring
- Cable protection across parking areas
- Charging access control for staff or fleet vehicles
- Future capacity for additional electric vans
Workplace installations should be planned around shift patterns and vehicle use. A van parked at a yard for eight hours may not need a rapid charger if a correctly designed AC charger can provide the required energy during that period.
ADS Electrical provides commercial electrical services in Surrey and can coordinate the electrical design, installation and wider project requirements for a business premises.
DNO notification and professional installation
Installing an EV charger is a significant change to an electrical installation. The Distribution Network Operator, or DNO, must be notified, and some installations require an application before work begins.
For many standard 7kW domestic installations, the electrician can install the charger and complete the relevant “connect and notify” process, provided the supply and maximum demand assessment meet the applicable requirements. Where there are concerns about the main fuse, earthing, total demand or a larger commercial installation, the DNO may need to be contacted before installation.
ADS Electrical is an NICEIC Approved Contractor and OZEV-approved installer. We assess the supply, review the proposed cable route, advise on charger selection and handle DNO notification as part of the installation process.
We offer free site surveys and aim to provide a clear quote within 24 hours. Our team serves Redhill, Reigate, Merstham, Nutfield, Salfords and surrounding Surrey areas.
Arrange electric van charging at home in Redhill
A properly installed 7kW smart charger can make electric van ownership far more convenient. It provides substantially more power than a 3-pin cable, supports overnight scheduling and can be integrated with suitable off-peak tariffs.
Before choosing a charger, make sure the electrical supply, consumer unit, main fuse, cable route and parking arrangement have all been assessed by a qualified installer.
For professional EV charger installation Redhill, contact ADS Electrical to arrange a free site survey and no-obligation quote. We can help you plan a reliable home or workplace charging solution for your van and your working day.