The 3 main ways to pay for public charging

A photo of an Octopus Electroverse RFID card, and the Electroverse app open on an iPhone

We’re now six months into our electric car adventure. We do the vast majority of our charging at home – indeed, between September and December, we didn’t need to use a public charger once. But when we do need to use one, there can be multiple ways to pay. This blog post compares the three main ways: phone apps, RFID cards, and card payments.

Phone apps

Years ago, someone I knew had bought the then-new mark one Nissan Leaf. We’re probably talking ten years ago here, so back then public charging infrastructure was a long way behind what it is now. On the whole, he was really happy with his electric car, but he said his biggest gripe was the need to have a range of different apps to use with public chargers. I suppose it’s the same problem with parking apps.

Whilst many public chargers, especially the rapid ones, will accept other forms of payment, for some, using an app is the only option. On my phone, I have seven apps for paying for charging, although some are apps like Zapmap and Octopus Electroverse (which I compared here) which are primarily designed to help you find charging points. It just so happens that they also allow you to pay for your charging at many of them too. Indeed, I could probably yeet some of the brand-specific apps from my phone, as Zapmap and Electroverse support them directly.

That being said, some charging networks like Gridserve say that you will always get their best charging rate with their app, so it may be cheaper than other payment methods. Others, like Instavolt, offer sign-up incentives for using their app. For example, if you sign up with my referral code, dUmpH (charming), we’ll both get a £5 free credit the first time you charge 10 kWh using the app.

There are chargers I have encountered which would only work with an app. A good example is when we went to Portmeirion, where the chargers only worked with the Monta app. I now use Monta with my home charger thankfully so this app gets to stay. But having to download an app, which can be around a hundred megabytes, on a weak mobile data connection when you’re stood in the rain somewhere, isn’t a great experience.

A key advantage of using apps over the other methods is that you can usually track the progress of your charge on your phone – especially at rapid chargers. This is handy if you’re using the time your card needs to charge for other things, like having lunch at a motorway service station. Some even use the Live Tiles feature of iOS to show the status on your phone’s lock screen.

RFID cards

Another option is to use a Radio-frequency identification card, or RFID card. This is a credit-card sized card that you can order from a variety of providers. When you get to a charger, you can usually just tap the card on the chargepoint, and it’ll bill your chosen provider for your charge.

These are accepted by just about all rapid chargers, but also some slower ones. I recently used a charger on the Blink network, which accepted payment either by RFID card or app, but not by card payment.

Zapmap, Electroverse and some others will offer to send you an RFID card by post – and in the case of Electroverse, you won’t need to pay for it. You should only need one RFID card too; I’ve yet to find any chargers that would accept an RFID card from one company but not another. When I use my Electroverse card, I can also track my charge in the Electroverse app.

Overall, I find that RFID cards are more convenient than using apps, but I have found some chargers to be fussy about them. As in, they work fine when you use a payment card, but not with an RFID card.

Payment cards

Every rapid charger that I have encountered will also happily take a credit or debit card as payment. This works in a similar way to self-service pumps at petrol stations – your card is pre-authorised with a certain amount before you start, and then the actual amount is billed at the end.

Some slower AC chargers also now take payment cards, which is handy. Almost everyone has some form of payment card on them, or a phone that can make payments, and so it’s the most convenient option for most people. No apps to download or a special RFID card to send off for – you just pay for charging in the same way that you would pay for fuel.

As for the downsides? Generally you can’t track your charge on your phone, in the way you can with the apps. Some chargers may also charge a higher unit rate for using payment cards, rather than their own app. And some chargers only take contactless cards; whilst I doubt that’s an issue for many, you may need to use Apple Pay or Google Pay if you need to charge up beyond your contactless limit, or if you have made too many previous contactless payments in succession.

So what do I use?

Obviously there are some chargers where you don’t get a choice of method – they will only accept one payment method and you have to go with that. However, when I do have a choice, I tend to go for an app (if I have it) or my RFID card. I appreciate being able to check in the progress of the charge using my phone, and sometimes using an app is cheaper. I suppose if I was in a rush, then I would probably just use my debit card if that was the option though.

Route planning apps for electric cars

A screenshot showing various route planning apps, including Google Maps, Apple Maps, ZapMap, Electroverse, PlugShare and ABRP

Since I first got my own car (10 years ago), we’ve used Google Maps for directions. I’ve never bothered with a stand-alone satnav, and our Nissan Leaf is the first car that we’ve owned to have one built-in.

With our electric Nissan Leaf, Google Maps is still our go-to app for route planning and directions, but there are some other apps that I’ve considered. Here’s an overview of them.

Google Maps

Starting with Google Maps. Its support for electric vehicles is okay; you can tell it that your car is an electric vehicle, and it’ll offer the most energy-efficient routes as well as the fastest. Remember, electric and hybrid cars have regenerative braking; in a petrol or diesel car, a shorter but slower route may only use a little less fuel, but a lot less energy in an electric car. On one recent journey, a slower but more direct route took five minutes longer, but used 29% less charge and meant that would get there and back without having to recharge en route.

You can also tell Google Maps what plugs your car supports. Our Nissan Leaf, for example, can charge from a 3-pin plug, a Type 2 AC charger and CHAdeMO DC chargers. Then, when you switch your car from being petrol/diesel to electric, it’ll no longer offer to show you directions to petrol stations, but to public electric car chargers instead.

Google Maps will show public chargers from the majority of major operators, and their occupancy. However, compared to some of the other apps mentioned here, it won’t show all chargers.

If you have a really new electric car with Google Maps built-in, then it’ll know your car’s current charge and be able to add charging stops for long journeys. Our Nissan Leaf doesn’t – we can just use Google Maps through CarPlay or Android Auto. As such, it won’t automatically suggest charging stops on longer journeys.

Apple Maps

Note: I’m writing this about Apple Maps in iOS 18, which was current at the time of writing

I’m sure that Apple Maps works great, if you live in California. I don’t, and since Apple launched it 13 years ago in iOS 6, it’s been a disappointment. If you do live in California, or a supported country, then there are EV features available to you. But it appears that the UK either isn’t a supported country, or it just doesn’t work with my Nissan Leaf. Either way, for me, there are no special features available in Apple Maps.

I can’t even tell Apple Maps that I drive an electric vehicle, and so it still bubbles up petrol stations which are of limited use to me now. You can search for ‘charging point’ and get directions to charging points, but it can’t easily incorporate these into a route. It also recommended a charging point to me which didn’t actually exist.

ZapMap

ZapMap has probably the best list of UK electric car chargers. As well as listing all of those on the main charging networks, including availability, users can also add chargers themselves. These are often ‘destination chargers’ at places where you can visit, which may be offered for free and are not part of a larger network.

The app is ad-supported, and won’t work with CarPlay or Android Auto unless you pay for ZapMap Premium. This currently costs £5 per month, or £35 for a full year if paid in advance (£30 if you sign up before the end of the month). As well as hiding the ads, you get a free ZapMap RFID charging card (normally £10) and a 5% discount if you pay for certain public chargers through the ZapMap app. As I only use public chargers occasionally, I may consider the £5 per month option when needed, and then cancel.

The free app lets you plan a limited number of routes, which can then be sent to either Apple or Google Maps for navigation.

Octopus Electroverse

Electroverse is the public charging app from Octopus Energy. It doesn’t list as many chargers as ZapMap, as it focusses just on those on the major networks. However, it offers things like route planning, CarPlay and an RFID card for free, unlike ZapMap, and there are no adverts. It also looks nicer.

It’s worth noting that, by default, it’ll only show public chargers that are compatible with the Electroverse app and RFID card. This means that public chargers from Pod Point initially don’t appear, for example. You can turn this off if you want to prioritise seeing a wider range of chargers.

The route planning is quite good. You can tell it what car you drive, your start and end points, and how much charge you expect to start with. It’ll then calculate a route that includes stops at compatible chargers, and it’ll tell you how much you need to charge at each stop and how long it’ll take. You can then send the route to Google or Apple Maps. Note that in CarPlay mode, handoff is only to Apple Maps and not Google Maps, so bare that in mind.

PlugShare

PlugShare is another site that allows user contributions of public charger places. Unlike ZapMap, which is UK focussed, PlugShare is global. Its list of chargers is extensive, and even includes chargers which are ‘under construction’. I checked a couple of these locally, and found that, whilst there was planning permission in place for these, construction work hadn’t started. I think this is where Apple Maps may be getting its data from, but without the knowledge that they’re under construction.

It supports route planning, but this seems to be limited to showing public chargers on a given route. Unlike Electroverse, it didn’t tell me how much to charge up by and how long to stop for, and wouldn’t send the details to a mapping app. It supports CarPlay though.

ABRP – A Better Route Planner

A Better Route Planner is worth considering. It’s a full replacement for Apple Maps or Google Maps, and is designed for electric cars. Like with Electroverse, you can select your car and the starting charge, and it’ll plan routes to include car chargers.

CarPlay is limited to ABRP Premium, which also allows you to factor in weather conditions when driving, and to prefer chargers where there are toilets or children’s play areas. And, like Google Maps, ABRP Premium incorporates traffic data. It can also connect to live battery data in more cars, albeit in a somewhat roundabout way. For my Nissan Leaf, it needs an OBD2 adaptor and the Leaf Spy Pro app (£20) set up. ABRP Premium costs €5 per month, or €50 per year.

Combining the apps

At the moment, I’m using a combination of all three:

  • Google Maps for general navigation
  • Electroverse for calculating charge levels on a route, or incorporating charge points into a route plan
  • ZapMap for finding charger locations

It would be nice if Google Maps included charge levels in its route planner on cars that don’t have it built-in; that would minimise my need to use other apps. Still, by planning my routes in Electroverse and sending them to Google Maps, I can achieve most of the features of ABRP without their premium subscription. Once I’ve picked up an OBD2 adaptor that’s fully compatible with Leaf Spy, I may give ABRP another try though.