If you’ve just bought an electric car or you’re thinking about it, one of the first questions we get asked around Brighton & Hove is simple: “How long is this actually going to take?” People are often surprised that a home charger isn’t a massive project. But at the same time, it’s not just a case of screwing a box to the wall and plugging it in.
As installers who work in all sorts of properties from new builds in Hove to older terraces up in Hanover, we’ve seen the whole lot. In this guide, I’ll walk you through typical EV charger installation time, what can affect it and what actually happens on the day.
Typical EV Charger Installation Times
For a straightforward install at a typical house, you’re usually looking at around half a day. In most cases, that’s roughly three to five hours on site.
If everything lines up nicely and your fuse board is up to scratch, it can be quicker. We’ve done installs in just over two hours where the consumer unit was right by the drive and access was easy.
On the other hand, if we need to upgrade the electrics or run cable through tricky spots, it can take longer. Occasionally it runs into a full day.
Why It’s Often Quicker Than People Expect
Most modern home EV charger Brighton installations are designed with standard processes in mind. Manufacturers make the units straightforward to mount and connect, and as long as the property electrics comply with regulations, the job is fairly contained.
We’re not usually ripping up floors or redecorating walls. It’s generally external work with careful cable routing through a wall to your main supply.
What’s Involved in an EV Charger Installation?
People often imagine we just turn up, fix it to the wall and switch it on. In reality there’s a fair bit happening behind the scenes.
Here’s what a standard installation tends to include:
- Checking your existing electrical supply and fuse board
- Confirming load capacity so your main fuse isn’t overloaded
- Mounting the charger in your chosen position
- Running armoured cable safely from the consumer unit to the charger
- Installing protective devices such as RCBOs or RCDs where required
- Testing the system thoroughly
- Registering the installation with the relevant authority
We also tidy up afterwards. That might sound obvious, but no one wants cable offcuts left all over the drive.
Electrical Testing and Safety
A key part of EV charger installation time is the testing phase. We carry out insulation resistance tests, earth fault loop impedance checks and make sure everything complies with the current wiring regulations.
It’s not glamorous work but it’s essential. An EV charger draws more power than most appliances in your home, so it needs to be set up properly.
Factors That Can Affect Installation Time
Not every house in Brighton is built the same. That’s where timings can vary.
1. Your Consumer Unit
If your fuse board is modern and has spare ways, great. If it’s older, particularly in period properties around parts of Hove and central Brighton, we might need to upgrade it.
A board upgrade understandably adds time. It can turn a half day job into a longer one.
2. Distance from Fuse Board to Driveway
The further we have to run cable, the longer it takes. A consumer unit at the front of the house with parking just outside is ideal. If it’s at the back and your parking space is at the front, that means more drilling, more routing and more time.
3. Access and Obstacles
Loft conversions, extensions and previous renovations sometimes leave less straightforward routes for cabling. We always look for tidy, discreet pathways but older properties especially can throw up surprises. I’ve lifted floorboards before only to find old pipework in exactly the wrong place.
4. Power Supply Capacity
In some cases we need approval from the Distribution Network Operator. That doesn’t always delay the actual installation day, but it can affect how quickly we can get started.
Again, this is something we check before booking the job in, so there are no last minute hold ups.
Common Questions We’re Asked
Over the years, certain questions come up time and time again from EV owners.
Will I Be Without Power?
Only briefly. We normally isolate the supply while connecting the new circuit. This usually lasts between 30 minutes and an hour. We’ll always let you know beforehand so you can plan around it.
Do I Need to Be at Home?
Yes, at least at the start and end. We’ll run through the charger operation with you once it’s live. It only takes a few minutes, but it’s important you’re confident using it.
Can You Install on Any Wall?
Most solid brick and block walls are fine. Some rendered surfaces need a bit more care. If you’re in a listed building or conservation area, we may need to think more carefully about positioning.
How Soon Can I Use It?
As soon as we’ve completed the testing and commissioning. Once we’ve shown you how to connect and any app setup is done, you’re good to go.
Planning Your Installation
If you’re arranging a home EV charger installation in Brighton, the best thing you can do is send over a few photos of your consumer unit, meter position and where you park. That gives us a clear idea upfront.
This helps us estimate EV charger installation time accurately and avoids surprises on the day. We’d rather be honest from the start than promise a quick job and then have to explain complications when we arrive.
Final Thoughts
For most homes in Brighton and Hove, fitting an EV charger is a straightforward half day job. The key factors are your existing electrics, cable run distance and access. With the right preparation, it’s smooth and hassle free.
If you’re in Brighton, Hove, Worthing or Haywards Heath and you’re thinking about upgrading to a home charger, we’re always happy to talk it through properly. At Brighton Plumbers we’ve installed chargers on everything from modern estates to tight city terraces, and Brighton Plumbers will always give you a clear idea of timescale before we book anything in.
If you’re ready to get started and want qualified installers who understand local homes and wiring setups, Book your EV charger installation.