AFIR regulation: charging stations every 60 km and payments without a subscription

Charging an electric vehicle in Europe is becoming easier, but the experience is not yet consistent. From one country to another — and sometimes even between two stations on the same road — drivers encounter different apps, cards, tariffs and payment methods. For someone who regularly uses a single network, this may seem like a minor inconvenience. On a cross-border journey, however, arriving at a charger that requires an unfamiliar account can be anything but straightforward.

The AFIR regulation is intended to help overcome this fragmentation. Regulation (EU) 2023/1804 sets common targets for the development of alternative fuels infrastructure, introduces clearer requirements for publicly accessible EV charging and aims to make the service understandable even to an occasional user. More recharging points along Europe’s main transport routes, the ability to pay without taking out a subscription in advance, transparent prices and more accessible data are all central to the new framework.

What the AFIR regulation is and why the European Union introduced it

AFIR stands for Alternative Fuels Infrastructure Regulation. Its legal reference is Regulation (EU) 2023/1804, adopted by the European Parliament and the Council on 13 September 2023. It replaced Directive 2014/94/EU and forms part of the European “Fit for 55” package, which supports the EU target of reducing net greenhouse gas emissions by at least 55% by 2030 compared with 1990 levels.

From a directive to directly applicable EU rules

The choice of legal instrument matters. A directive establishes objectives but requires each Member State to transpose them into national law. A regulation, by contrast, is directly applicable throughout the EU. This does not remove every national responsibility: Member States must plan deployment, achieve the targets, appoint competent authorities and establish enforcement measures. It does, however, provide a much more consistent legal basis.

The previous framework helped charging infrastructure develop, but substantial differences remained between countries. Some markets built dense public networks, while others progressed more slowly. The digital experience also remained fragmented. Starting a charging session could require different apps, accounts or RFID cards, while tariffs were not always displayed in a way that allowed an easy comparison.

The three main objectives of the European framework

According to the European Commission, the legislation pursues three main objectives. First, it seeks to ensure a minimum level of infrastructure capable of supporting the uptake of vehicles powered by alternative fuels. Second, it promotes interoperability so that networks, vehicles and services can operate according to common requirements. Third, it aims to provide users with comprehensive information and adequate payment options.

The AFIR regulation is not limited to passenger cars. It also covers heavy-duty vehicles, hydrogen refuelling infrastructure, shore-side electricity supply in ports, electricity for stationary aircraft and other transport sectors. For EV charging, however, the most visible changes concern coverage along major roads, ad hoc payments, price transparency, digital connectivity and smart charging.

When the AFIR regulation applies

Regulation (EU) 2023/1804 entered into force on the twentieth day following its publication in the Official Journal of the European Union and has applied since 13 April 2024. This date is important because several provisions distinguish infrastructure deployed after the application date from charging points that were already operating.

The targets are not concentrated on a single deadline. They are phased across 2025, 2027, 2030 and later years, depending on the type of network and vehicle. The date of 1 January 2027 is particularly relevant to the retrofitting of payment systems at certain recharging points with a power output of at least 50 kW along the TEN-T network or at safe and secure parking areas. It does not mean that every private wallbox or every public charger in Europe will need an individual bank card terminal from that date.

Why these rules matter beyond motorways

It is easy to associate AFIR only with long-distance travel, but its scope is broader. A recharging point located in a hotel, supermarket or shopping-centre car park may be publicly accessible even if it stands on private property. In such cases, ad hoc access, payment options, pricing and information can all become relevant.

In short, the European framework is intended to improve both quantity and quality. More charging stations alone will not create a seamless experience if users cannot understand the price, start a session or obtain reliable information. This is where regulation meets the practical needs of EV drivers and the businesses that design, own and operate charging infrastructure.

Charging stations every 60 km: what the legislation actually requires

“One charging station every 60 km” is the best-known statement associated with AFIR, but it needs context. The objective is not to install isolated devices along every road. It concerns publicly accessible recharging pools on the TEN-T network: the trans-European transport network connecting the EU’s most important urban, economic, logistics, port and cross-border nodes.

Understanding the TEN-T network

TEN-T organises Europe’s strategic transport routes into different layers. The core network connects the most important nodes and receives priority, while the comprehensive network extends coverage over a wider territory. This distinction is essential because the targets and deadlines are not identical on every route.

Member States must ensure that recharging pools are deployed in each direction of travel, subject to maximum distances along the sections concerned. Under defined conditions, the regulation allows derogations, for example on roads with very low traffic or in territories with particular geographic characteristics. Describing the 60 km figure as an absolute rule applying everywhere would therefore be misleading.

Recharging pools rather than individual chargers

The legal unit is a recharging pool: one or more charging stations at a specific location. The framework combines three elements — the maximum distance between pools, the total power output available at each pool and the minimum output of individual recharging points.

For light-duty vehicles such as cars and vans, recharging pools along the TEN-T core network must be available in each direction of travel with no more than 60 km between them. By 31 December 2025, each pool must offer at least 400 kW of total power output and include at least one point with an individual output of 150 kW or more. By 31 December 2027, the total output rises to at least 600 kW and each pool must include at least two points capable of delivering at least 150 kW. Deployment along the comprehensive network follows a more gradual timetable, beginning with partial coverage and extending in later stages.

This distinction corrects a common misunderstanding. Installing one fast charger at regular intervals is not enough. Each location needs sufficient capacity to serve demand and reduce the risk of queues. Distance and available power must be considered together.

Targets linked to the number of registered vehicles

In addition to geographic coverage, the AFIR regulation establishes national targets linked to the number of vehicles. For every battery-electric light-duty vehicle registered in a Member State, at least 1.3 kW of total power output must be provided through publicly accessible recharging stations. For every plug-in hybrid light-duty vehicle, the corresponding figure is at least 0.8 kW.

This does not reserve a specific amount of power for each driver. It is an aggregate indicator used to assess whether the national public charging network is keeping pace with vehicle uptake. If the electric fleet grows quickly, publicly accessible charging capacity must grow with it. Fleet-based targets connect infrastructure to actual demand, while distance-based targets protect minimum coverage along strategic routes.

The regulation includes mechanisms that allow the required fleet-based ratio to be reduced once battery-electric vehicles reach a significant share of the national fleet and the charging network is already sufficiently developed. This helps keep investment proportionate while maintaining adequate access.

Charging infrastructure for electric lorries and buses

Heavy-duty vehicles require much higher power and follow different operating patterns. AFIR therefore sets dedicated targets for the TEN-T network, urban nodes and safe and secure parking areas. Full coverage of the core network by 2030 is designed around recharging pools every 60 km, with total outputs measured in megawatts and individual points rated at no less than 350 kW. On the comprehensive network, the general maximum distance is 100 km, again subject to detailed power and deployment requirements.

These rules should not be confused with those for passenger cars. They do, however, show the scale of the transition. Electrifying road transport involves much more than installing chargers: it requires grid connections, substations, space, digital systems and energy management capable of supporting widely different demand profiles.

What drivers should notice in practice

For an EV driver, the expected result is greater predictability. Along the main European corridors, it should become easier to plan a trip knowing that high-power sites are available at defined intervals. This does not eliminate the need to check availability, connector compatibility, charging curves and the vehicle’s state of charge, but it addresses one of the most widely perceived barriers to long-distance electric travel.

The AFIR regulation adds an important structural element: rather than simply encouraging deployment, it sets measurable minimum levels intended to create a more consistent European network.

Paying at public chargers: bank cards, contactless, QR codes and ad hoc charging

A charging station is only useful if a driver can actually use it. For years, one of the most common complaints about public EV charging has been the need to download an app, create an account or hold the correct RFID card. AFIR does not abolish these tools, but it establishes a clear principle: users must be able to recharge on an ad hoc basis at publicly accessible points without already having a contract with the operator.

What ad hoc charging means

Ad hoc charging is a service purchased by an occasional user without prior registration or a pre-existing contractual relationship with the charge point operator or a mobility service provider. Put simply, a driver should be able to arrive, understand the conditions, pay and start charging.

This does not mean that charging must be free, nor does it mean that apps will disappear. Registered users may continue to benefit from subscriptions, RFID access, roaming arrangements and automatic authentication systems such as Plug & Charge. The point is that these solutions must not become the only route available to someone using a publicly accessible station.

Recharging points deployed from 13 April 2024

At publicly accessible recharging points deployed from the date on which the regulation became applicable, operators must accept electronic payment instruments that are widely used in the Union. The acceptable implementation depends on the power output of the point.

At recharging points with a power output equal to or above 50 kW, ad hoc charging must be payable through a payment card reader or a contactless device that is at least capable of reading payment cards. A single payment terminal can serve several recharging points within the same recharging pool. Operators do not therefore need a separate physical POS terminal on every connector, provided that the user journey remains clear and practical.

For points below 50 kW, the regulation also allows devices using an internet connection that enable secure payment transactions, including a process accessed through a QR code. The European Commission’s AFIR questions and answers clarify that, in principle, a QR code may be static or dynamic as long as it remains readable and directs the user to a secure payment transaction.

QR codes and payment security

It is not the printed square itself that ensures compliance. What matters is the payment flow, the security of the destination, the clarity of the information and the driver’s practical ability to complete the transaction. Operators should also consider the risk of stickers being damaged, replaced or maliciously altered. A dynamic QR code displayed on a screen may offer additional operational and security advantages, but it would be incorrect to claim that dynamic codes are the only acceptable option below 50 kW.

For a European audience, this distinction is particularly relevant to AC charging in destinations such as hotels, workplaces, retail parks and public car parks. These points commonly operate below 50 kW and may rely on a web-based payment process rather than a dedicated card terminal.

What changes on 1 January 2027

From 1 January 2027, operators must ensure that all publicly accessible recharging points with an output of at least 50 kW that they operate along the TEN-T road network or at a safe and secure parking area meet the card reader or contactless requirements. This includes relevant infrastructure installed before 13 April 2024.

This is the provision behind many headlines about “card payments from 2027”. The accurate interpretation is narrower. Power output, location and public accessibility must be assessed together. A private 22 kW AC wallbox installed in a residential garage does not automatically fall under this obligation.

Apps, RFID and Plug & Charge will remain part of the ecosystem

The European rules do not set ad hoc payment against contract-based services. A subscription can provide negotiated tariffs, consolidated invoicing, session histories and roaming. RFID is convenient for employees and fleet vehicles. Plug & Charge can automate authentication and authorisation through the driver’s contractual relationship with a mobility service provider.

Where automatic authentication is available, the user must still be able to choose not to use it and instead recharge on an ad hoc basis or use another contract-based solution offered at the point. The aim is to preserve access and choice, not to remove technologies that work well for regular users.

Free charging points

The payment device requirements do not apply to publicly accessible points where no payment is required for the recharging service. Other provisions may still be relevant, including requirements concerning data, digital connectivity and smart charging. Operators should therefore avoid treating “free of charge” as a blanket exemption from the entire AFIR framework.

Transparent prices, accessible data and interoperability

Knowing how to pay is only half of the experience. Before a charging session begins, users must also be able to understand what they are being charged. The AFIR regulation requires prices charged by operators of publicly accessible recharging points to be reasonable, easily and clearly comparable, transparent and non-discriminatory.

What pricing information must be shown

At publicly accessible points with an output equal to or above 50 kW, the ad hoc price charged by the operator must be based on the electricity supplied, expressed as a price per kWh. An occupancy fee expressed as a price per minute may also be applied, for example to discourage vehicles from blocking a bay after charging has finished. All relevant components must be displayed at the station before the session starts.

For points below 50 kW, the framework permits a more flexible tariff structure. The operator must make the applicable components available in a clearly defined order: the price per kWh, price per minute, price per session and any other component. This matters especially for AC destination charging, where a vehicle may remain connected for several hours.

AFIR does not introduce a single European charging price. Energy costs, taxes, business models and market conditions continue to differ. Instead, it aims to ensure that a driver can understand the expected cost before accepting it and compare services without having to decipher an opaque tariff.

Ad hoc prices and subscription tariffs

The existence of an occasional-use tariff does not prohibit different conditions for contracted customers. Operators may offer benefits to registered users, but they must not apply unjustified discrimination between end users and mobility service providers or between different mobility service providers. A price difference should have a reasonable commercial basis and must not become an artificial obstacle to ad hoc access.

For operators, this requires coordination between the charging hardware and the backend. The display or payment page needs current tariff data; the management platform must apply that tariff correctly; and the receipt and session record need to reflect the actual energy and time. An attractive interface cannot compensate for inaccurate information upstream.

Static and dynamic charging data

The regulation also gives data a central role. Static information — such as location, number and type of connectors, maximum power, payment options and accessibility — helps users select a suitable site. Dynamic information, including availability, operational status and ad hoc price, enables route planning in real time.

The underlying objective is to make certain information accessible through common technical mechanisms so that it can feed navigation systems, EV apps and mobility platforms. Subsequent European implementing and delegated acts have further specified aspects of the data framework. In practical terms, the aim is to prevent a charger from existing physically but remaining invisible to the services drivers use, or from appearing available when it is out of service.

What interoperability really means

Interoperability does not require every charging station to use the same brand or app. It means that the different elements of the ecosystem can exchange information and provide a coherent service. The recharging point communicates with a backend; that backend may communicate with mobility service providers and roaming platforms; and data can reach the maps and tools used by drivers.

Protocols such as OCPP are valuable because they facilitate communication between charging infrastructure and a charge point management system. Depending on the implementation, OCPP can enable remote monitoring, user authorisation, session records, tariff management and configuration updates. However, OCPP compatibility is not the same as AFIR compliance. An OCPP charger could still be configured without a suitable ad hoc payment method or without displaying the correct price. Compliance concerns the complete service.

Displays and user interfaces

A built-in display is not mandatory in every case, but it can make it easier to show instructions, charging status, power, energy delivered, operator messages and QR codes. At sites used by drivers from several countries, multilingual information can reduce errors and support requests.

The quality of the experience still depends on integration. A well-designed display needs reliable data and should guide the user through a clear sequence: identifying the point, checking the price, choosing an access method, paying, starting the session, monitoring progress and stopping the charge. The combination of these steps turns a regulatory requirement into a service that genuinely feels easier to use.

Smart charging, digital connectivity and energy management

The deployment of millions of electric vehicles is not only a question of how many chargers Europe needs. If large numbers of vehicles connected at maximum power at the same time, the resulting peaks would put additional pressure on electricity networks. For this reason, the AFIR regulation also addresses digital connectivity and smart recharging capabilities.

What smart charging means

Smart charging allows the energy supplied to a vehicle to respond to external information and conditions. Power can be adjusted according to grid capacity, building loads, energy prices, renewable generation or the driver’s needs. It does not necessarily mean charging more slowly. It means using the available energy at a more appropriate time and in a more controlled way.

The regulation requires publicly accessible recharging points built after 13 April 2024 or renovated after that date to be capable of smart recharging. Publicly accessible points also had to be digitally connected by 14 October 2024. Digital connectivity enables the station to send and receive real-time information, support remote operation and provide the data required by the broader charging ecosystem.

Load balancing across multiple charging points

Power is rarely unlimited in a car park with several chargers. Load balancing distributes the site’s available capacity between connected vehicles while taking account of demand and, where applicable, other building loads. For a business, this can make it possible to deploy more charging points without unnecessarily oversizing the grid connection. For an operator, it reduces the risk of exceeding the site limit and improves infrastructure utilisation.

The control architecture may be local, centralised or hybrid. Whatever the design, the expected behaviour during a data connection failure should be defined in advance. Electrical safety functions must operate locally, while the charging system needs a predictable fallback strategy if the backend becomes temporarily unavailable.

Integrating solar generation and energy storage

EV charging can also be coordinated with solar photovoltaic generation and battery storage. In workplace car parks, for example, vehicles are often present during the hours when solar output is highest. Shifting part of the demand into this period can increase self-consumption, reduce grid imports and limit peaks.

This integration is not a universal AFIR obligation, but it is a natural consequence of expanding electric mobility. The larger the charging network becomes, the more valuable it will be to manage generation, storage, building consumption and vehicles as parts of a single energy system.

Why connectivity matters

Ethernet, mobile networks and Wi-Fi are different ways of keeping a charging station online. The correct option depends on the environment. Ethernet is stable but requires cabling; 4G or another mobile connection is useful where fixed data infrastructure is unavailable; Wi-Fi can work well when signal strength and network security are adequate.

Connectivity enables monitoring, diagnostics, software updates, tariff synchronisation and data collection. For an operator, it can make faults visible quickly. For drivers, it supports accurate information about availability and operational status. A connected charger is not automatically a reliable charger, of course: maintenance processes, alerts, support and spare-parts availability remain essential.

Bidirectional charging and future developments

The European framework also considers the potential development of bidirectional charging, in which a vehicle can not only take energy but also supply it to a building or the grid when the technology, vehicle and regulatory conditions allow it. The AFIR regulation does not make vehicle-to-grid charging immediately mandatory at every station. It does, however, require assessment of how smart and bidirectional charging can contribute to energy-system flexibility.

The direction of travel is clear. Charging infrastructure is becoming more than an advanced socket: it is evolving into a digital and energy-management node. Choosing solutions that can be updated, integrated and managed over time therefore helps protect long-term investment.

Which recharging points are covered by AFIR requirements

One common mistake is to treat “public” as meaning “installed on public land”. For AFIR purposes, the key question is who can access the service. A station may stand on private property and still qualify as publicly accessible.

What a publicly accessible recharging point is

The regulation describes publicly accessible alternative fuels infrastructure as infrastructure located at a site or premises open to the general public, regardless of whether it is on public or private property. Access may be subject to conditions, including the payment of a parking fee or the use of a business, provided the site is available to a general class of users.

By contrast, points in premises accessible only to a specific and determinate group — such as employees of a particular company or residents of a particular building — will not normally be publicly accessible. The practical organisation of the service matters more than the ownership of the land or the wording on a sign.

Hotels, restaurants and hospitality venues

A hotel may offer charging only to its guests. Since members of the public can generally become guests by booking a room, the point may fall within the concept of publicly accessible infrastructure. A similar analysis can apply to restaurants, shops, supermarkets, leisure venues and shopping centres.

The need to pay for parking does not remove the ad hoc charging requirement. The European Commission has clarified that parking fees charged irrespective of the use of a charger fall outside AFIR, but publicly accessible recharging points inside that car park must still offer ad hoc payment in accordance with Article 5. The parking operator and the charge point operator may be the same or different entities; the user must still be able to access the charging service appropriately.

Workplace car parks and fleets

A charging station used solely by authorised employees or company fleet vehicles will normally be private. In this context, RFID, a business app or automatic authentication may be entirely appropriate, and there is generally no need to provide an occasional public payment method.

The position changes if the same infrastructure is also made available to customers, visitors or external drivers. A car park may have a mixed arrangement, with certain connectors reserved for a fleet and others open to the public. Access, pricing and management should be clearly separated so that an internal system is not extended to public users without assessing the resulting obligations.

Residential buildings and private garages

A wallbox installed in an individual owner’s garage is not publicly accessible. The same normally applies to infrastructure shared exclusively by a defined group of residents. The AFIR requirements on ad hoc payments and public tariffs do not automatically apply.

This does not mean that private infrastructure cannot benefit from connectivity, access management, energy metering or load balancing. Those features may be highly useful for allocating power and costs, but they address different needs from those governing public charging.

Free recharging services

The specific requirements concerning payment instruments do not apply where no payment is required for the charging service. Other obligations may still be relevant depending on the infrastructure, including data, digital connectivity and smart charging capabilities.

Assessing the individual case

Five questions provide a useful starting point: who can access the charging point? Is the service free or paid? What is the point’s rated output? When was it installed or renovated? Where is it located?

Only by considering these factors together can an operator determine the appropriate configuration. Complex projects should involve qualified designers, payment specialists and legal or compliance advisers where necessary. AFIR establishes a common European basis, but it does not replace national rules on electrical installations, taxation, metrology, accessibility, building requirements or consumer protection.

What businesses, installers and charge point operators should check

For the operator of a charging site, compliance should not be treated as a final box to tick after installation. It is better addressed at the design stage, because an unsuitable initial decision can make later upgrades expensive or disruptive.

Access conditions, power output and deployment date

The first step is to classify the service accurately. An employee-only car park has different requirements from a site open to customers or the general public. The rated output of each point — not only the total power available at the site — and the date of deployment or renovation should then be recorded.

These details affect, among other things, the acceptable payment options and whether a retrofitting obligation may apply. Operators should maintain complete documentation of the configuration: installed models, firmware versions, connectivity, meters, backend, payment terminals and payment flows.

Designing the complete user journey

A good project begins when the driver enters the car park. The charging point should be easy to identify, the instructions understandable and the tariff visible before the session begins. The user should be able to identify the correct connector, choose an access method, complete payment and confirm that charging has started.

Exceptions need to be planned as well. What happens if a bank card is declined, a QR code is unreadable, the driver has no mobile signal, the station is occupied or the session fails to start? Clear support information and remote diagnostics reduce frustration and downtime.

Choosing between card, contactless and QR payments

The decision cannot be based on hardware cost alone. For points of at least 50 kW installed from 13 April 2024, card readers or contactless devices are the reference solution. From 2027, the requirement extends to relevant existing points along TEN-T and at safe and secure parking areas. Below 50 kW, a secure internet payment flow, including one reached through a QR code, may be appropriate.

The payment system needs to communicate with the charging backend. Once authorisation is complete, the correct connector must start; at the end of the session, energy, duration and price need to be associated without ambiguity. If one terminal serves several points, the interface must minimise the risk of a user selecting and paying for the wrong connector.

Energy metering and MID

Energy measurement is central when the tariff is based on the kWh delivered. A meter compliant with the Measuring Instruments Directive, commonly referred to as a MID meter, may be necessary or strategically appropriate depending on the service model and national rules. MID and AFIR address different levels: one concerns metrological requirements for measuring instruments, while the other governs infrastructure and user access. A complete project must consider both.

National metrology rules and their interpretation can differ. A configuration suitable in one Member State should not automatically be assumed to meet every requirement in another. Operators developing multi-country projects should therefore retain a common European architecture while validating local implementation.

OCPP and the choice of management platform

An OCPP-compatible charging station offers flexibility when integrating with different charge point management systems. Before selecting a backend, the operator should verify which functions are actually supported: user management, tariffs, ad hoc payments, remote monitoring, updates, data export and external integrations.

It is not enough to see “OCPP” on a specification sheet. The protocol version, implemented profiles and tested compatibility can make a significant difference. The update strategy also matters, as cybersecurity practices, payment services and technical rules continue to evolve. Infrastructure should be capable of adapting without premature replacement.

Cybersecurity and maintenance

A connected charging station handles operational data and may participate in payment processes through external services. Credentials, certificates, encrypted communication and software updates need careful management. A manipulated QR code or outdated component can undermine user trust and expose the operator to unnecessary risk.

Maintenance should include physical and digital checks: the condition of connectors and cables, display readability, payment terminal operation, data connectivity, metering accuracy and correct alert transmission. Compliance and service quality do not end on the commissioning date.

Designing for expansion

A site may begin as an employee-only car park and later open to visitors. Solar generation may be added, the number of points may increase or the operator may move to a different management platform. Planning cable routes, data connectivity, spare electrical capacity and support for open protocols can reduce the cost of those changes.

This does not mean oversizing every installation from day one. It means avoiding unnecessarily rigid choices. The AFIR regulation is not only a collection of obligations; it also points towards charging infrastructure that is more accessible, digitally connected, interoperable and capable of evolving with demand.

Benefits, challenges and the wider impact of the AFIR regulation

For EV drivers, the most immediate benefit should be a more predictable network. Knowing that high-power recharging pools are planned at defined intervals along strategic European corridors reduces uncertainty on long journeys. The ability to pay without a prior contract also removes one of the most frustrating barriers for occasional users.

Simpler access without reducing choice

AFIR does not force every driver to use the same method. Those who benefit from a subscription can keep it; users of Plug & Charge can retain automatic authentication; a fleet can continue to use RFID. The change is the addition of an accessible ad hoc option alongside these services.

This is a balanced approach. It protects user choice without blocking innovation. New methods of authentication and payment will emerge over time, but they should not create barriers for drivers who do not already have a contract with a particular provider.

The challenges of implementation

The objectives are ambitious and require investment. Deploying high-power charging often means upgrading grid connections, substations and local distribution infrastructure. Permitting, equipment lead times, civil works and access to suitable sites can slow projects. In low-traffic regions, the immediate commercial return may be weaker, which is one reason why the regulation includes limited derogations and structured national planning.

Reliability is another challenge. A charger shown on a map but unavailable in practice does not provide a good service. Maintenance, technical support, spare parts and correct dynamic data are all necessary. Quantitative growth needs to be matched by operational quality.

Benefits for businesses and local economies

A denser network supports more than cross-border travel. It can benefit tourism, retail and local services. Hotels and restaurants offering charging can attract customers who choose stops partly on the basis of energy availability. Workplaces can provide a service to employees and visitors, while shopping centres can integrate charging into the time customers already spend on site.

For charge point operators and manufacturers, common EU rules reduce uncertainty and support solutions that can scale across several markets. National differences remain in areas such as taxation, installation standards, metrology and consumer law, but AFIR creates shared principles for access, payment and data.

A step towards an integrated energy system

Electric mobility is not separate from the rest of the energy system. Charging stations interact with buildings, solar generation, battery storage and the electricity grid. Smart charging and load balancing coordinate these elements and allow vehicles to behave as flexible loads. In the future, bidirectional charging may create additional opportunities.

This is another part of the AFIR regulation’s significance: it treats charging infrastructure as part of a wider European system. The challenge is not merely to replace one fuel with another, but to create a reliable mobility experience while making better use of energy.

A regulation that will continue to evolve

The framework itself includes reporting, reviews and the adoption of further technical rules. Data requirements, standards and implementation guidance can develop over time. Organisations responsible for charging infrastructure should therefore monitor the European Commission, EUR-Lex and relevant national authorities rather than treating a one-off compliance assessment as permanent.

For editorial content, this also means clearly stating the date of the latest update. A claim that is accurate in 2026 may require clarification after a delegated act, formal interpretation or legislative review. Referencing the consolidated text and primary EU sources is the most reliable approach.

Frequently asked questions about the AFIR regulation

When did the AFIR regulation become applicable?

Regulation (EU) 2023/1804 has applied since 13 April 2024. Different targets and obligations have later deadlines, including dates in 2025, 2027 and 2030. There is no single date on which every provision takes effect.

Will every European charger have to accept bank cards from 2027?

No. From 1 January 2027, publicly accessible points with a power output equal to or above 50 kW along the TEN-T road network or at safe and secure parking areas must meet the applicable card reader or contactless requirements, including relevant points installed earlier. Other infrastructure is subject to different rules.

Is an app mandatory for public EV charging?

At publicly accessible recharging points, users must be given the option to recharge on an ad hoc basis without a prior contract. Apps, subscriptions and RFID services may still be offered, but they must not necessarily be the only access method.

What does “charging stations every 60 km” mean?

It refers to publicly accessible recharging pools along defined parts of the TEN-T road network, deployed in each direction of travel with a maximum distance of 60 km and subject to specific total and individual power requirements. It does not apply to every road in Europe and does not simply mean one charger.

Does AFIR apply to residential wallboxes?

The ad hoc payment and public pricing requirements principally concern publicly accessible points. A wallbox in a private residential garage will not normally fall within that category.

Can a QR code comply with AFIR?

For publicly accessible points below 50 kW, a QR code can support an acceptable payment method if it enables the user to access a secure online transaction. The code may be static or dynamic, provided it is readable, reliable and linked to a compliant payment flow. The whole system must be assessed, not the code in isolation.

What is the difference between a public and a private recharging point?

Access is the key issue. A point on private property may be publicly accessible if it is available to a general class of users, such as customers of a business. A point reserved for a defined group of employees or residents will normally be private.

Does the regulation set the price of EV charging?

No. Operators continue to set their tariffs, but prices must be reasonable, transparent, comparable and non-discriminatory. The relevant components must be presented before the charging session starts.

Does OCPP make a charging station AFIR-compliant?

No. OCPP facilitates communication with a management platform, but compliance also depends on payment methods, price information, data, accessibility, power output, deployment date and the configuration of the service.

Does the United Kingdom have to apply the AFIR regulation?

No. AFIR is an EU regulation and does not apply directly in the United Kingdom. The UK has its own rules for public charge points. A European English-language guide should therefore distinguish the EU framework from UK legislation rather than treating them as interchangeable.

AFIR regulation: towards a more accessible European charging network

The AFIR regulation marks an important step for electric mobility in the European Union. It does not simply call for more chargers. It changes how publicly accessible charging should work by addressing ad hoc access, payment options, price transparency, digital data and smart charging capabilities.

The headline promise of “charging every 60 km” tells only part of the story. The distance requirement concerns specific TEN-T corridors and is linked to defined power levels. The 2027 deadline is important, particularly for retrofitting payment options at certain points with an output of at least 50 kW, but many provisions have already applied since 2024.

For businesses and operators, the priority is to design flexible and upgradable systems. Displays, QR codes, meters, connectivity and OCPP can all play a useful role, but they must be combined in a coherent service. Each project should be assessed according to public accessibility, power output, deployment date, management platform and payment arrangement.

For drivers, the direction is encouraging: a denser network, clearer prices, better information and fewer obstacles when charging away from a familiar provider. If deployment and day-to-day reliability keep pace with the legislation, travelling across Europe in an electric vehicle should become increasingly straightforward.