EV charging cable theft: risks and prevention

EV charging cable theft is primarily associated with recovering the copper inside the conductors. For the infrastructure owner, the damage can cost far more than the value of the stolen material. Beyond the replacement part, the bill may include a technician’s visit, safety checks and service downtime.

Exposure depends on whether a fixed cable is present, how accessible the site is and how it is monitored. A public charging station in an isolated car park and a home charger in a locked garage therefore need different assessments. A visible location, adequate lighting, physical access control where possible, and clear monitoring and response procedures can help reduce the risk. If a cable has been cut, the first rule is to leave it untouched and notify the operator.

Preventing damage starts with choosing equipment that suits the location and organising how the installation is managed. It is important to distinguish measures that help prevent damage from those that help detect it and restore the service.

Why are EV charging cables stolen?

Copper is used in electrical cables because of its high conductivity. In EV charging cables, it is combined with insulation, protective sheathing, communication components and, in some high-power systems, cooling circuits.

Not every cable contains the same amount of copper. Length, conductor cross-section, design current and thermal management vary between products and technologies. The outside diameter alone does not provide a reliable estimate of the material’s value.

For the owner, the key issue is the gap between the value of the recovered material and the repair cost. A cut cable can require more than a replacement: the connector, internal connections and other components may also need to be checked for damage.

Each installation should be assessed based on its actual conditions, considering the accessibility of the area, the visibility of the charging point and the presence of surveillance systems.

Theft and vandalism: why the distinction matters

In a theft, damage is caused to remove material. Vandalism can affect connectors, sockets, screens and enclosures without any components being taken. The consequences may be similar, but the appropriate preventive measures are not always the same.

A protective barrier may shield the station from a vehicle impact without preventing someone from cutting the cable. A camera can document an incident, while an alarm may draw attention to tampering as it happens. None of these measures should be presented as complete protection against every type of damage.

Possible motives also need to be described carefully. A cable that has been cut and removed is consistent with material theft. A damaged component does not automatically demonstrate an intention to sabotage electric mobility.

Which installations are more exposed?

The assessment must start with the site itself. Unrestricted access, poor visibility, little footfall at night and permanently exposed cables can make damage easier. These are exposure factors, not a statistical ranking of theft rates.

DC rapid charging stations with fixed cables

At direct-current, or DC, rapid charging stations, the cable is normally part of the infrastructure. It stays on site even when no vehicle is connected and may include sensors or a cooling circuit.

Vulnerability depends particularly on where the station is installed and how the site is managed. A charging point in a staffed area has different conditions from one in an open car park that is rarely used at night.

If the cable is cut, the repair must account for the system’s characteristics. A connector that looks similar is not enough: electrical compatibility, thermal management and the manufacturer’s required checks are all part of the work.

AC charging points with a cable or Type 2 socket

For alternating-current, or AC, charging, the most useful distinction is between a fixed cable and a Type 2 socket.

A fixed cable provides a connection that is ready to use. That convenience also means the cable remains on site. At a Type 2 socket, the driver uses their own cable and can take it away when the session ends. When the charging point is unoccupied, no cable belonging to the infrastructure remains exposed.

A socket does not make the charger immune to vandalism. The socket, its cover and the enclosure can still be damaged. The user’s cable is also present during charging. A socket-based configuration reduces a specific vulnerability during periods when the point is not being used.

Home chargers and restricted-access car parks

A home charger in a locked garage benefits from the protection of the building. A charger in an open driveway, visible and accessible from the street, needs more attention to location and lighting.

For charging at home and in apartment buildings, the choice should reflect the parking space: an individual garage, courtyard, shared car park or area accessible from outside. Simply distinguishing between indoor and outdoor installation is not enough.

Tethered or untethered charger: which should you choose?

A tethered charger has a permanently attached cable. An untethered charger has a socket for a separate cable. Choosing between them means balancing convenience, cable handling and site accessibility. Neither configuration is best in every situation.

When a socket can be useful

A Type 2 socket may suit regular users who already own a cable and can put it away after each session. It is an option worth considering in shared car parks, exposed parking spaces and homes used only at certain times of the year.

The benefit is straightforward: the cable does not remain on site after charging. The user experience must also be considered, however, because the driver needs to retrieve, connect, disconnect and store the cable.

When a fixed cable can be useful

A fixed cable makes everyday use easier: the driver simply takes the connector and plugs it into the vehicle. It can be particularly convenient in a private garage or a staffed car park.

The cable should be long enough to reach the vehicle’s charging inlet and stored on the designated holder, without dragging on the ground or being bent tightly. A holder reduces wear and keeps the area tidy, but it is not an anti-theft device.

One example is Dazebox Home, available with a fixed cable or a Type 2 socket. These configurations allow charging to be adapted to the user’s habits and the installation site. Choosing a socket can avoid leaving a fixed cable exposed when the point is unoccupied, without eliminating other risks of tampering or damage.

Does cable locking prevent theft?

Where supported by the vehicle and charging station, connector locking prevents removal during certain stages of a session. Activation and release depend on the system and should be checked in the relevant manuals.

Locking does not make the cable resistant to cutting. Protection against unauthorised disconnection must therefore be distinguished from physical protection against damage.

How to protect a charging point against theft and vandalism

Prevention starts with the design of the site and continues throughout its operation. The most useful measures make it harder to act unnoticed and allow a response when an incident is reported.

Location and visibility

Where possible, the charger should be visible from entrances, reception or frequently used routes. The location closest to the distribution board is not necessarily the best one for managing the service.

Visibility needs to work alongside accessibility, pedestrian routes and vehicle manoeuvres. The cable should reach the vehicle without crossing circulation areas, and the charging point should remain usable without obstructions.

Considering these issues before civil works begin can avoid costly changes after installation.

Lighting and video surveillance

Lighting should cover both the charger and the surrounding area, avoiding blind spots. In car parks with motion sensors, check that the lights switch on as the user approaches.

Video surveillance can act as a deterrent and help reconstruct an incident, but it does not guarantee that a theft will be stopped. Useful camera angles, clear footage and procedures for handling reports and recordings are all necessary.

The purpose of the system, signage, access to footage and retention must comply with applicable data protection rules. For installations in the EU/EEA, the European Data Protection Board’s guidelines on processing personal data through video devices provide an official reference. National rules and the requirements of the relevant supervisory authority must also be checked. Installations outside the EU/EEA require an assessment under their local framework.

Car park access and charging authorisation

Gates, access barriers and staff can restrict physical entry to private sites. RFID cards and apps serve a different purpose: they authorise charging and, depending on the system, allow sessions to be assigned to users.

An RFID card does not prevent someone from approaching and damaging the cable. User management should therefore form part of the wider site management plan.

At publicly accessible charging points, protective measures must respect the service’s opening hours and access conditions. Not every public charging station is accessible around the clock.

Physical protection and cable handling

Bollards and protective barriers mainly protect infrastructure from vehicle impacts. They must leave enough space for people and must not obstruct connection of the charging plug.

Chains, padlocks and improvised covers should not be added without checking compatibility with the manufacturer. They can damage the cable sheath, make charging harder or interfere with the cable’s operating conditions.

IP and IK ratings also need to be interpreted correctly. They describe, respectively, the enclosure’s protection against the ingress of solid objects and water, and its resistance to mechanical impacts. They do not certify theft resistance or guarantee that the cable cannot be cut.

Remote monitoring and anti-theft technologies

A connected charging station can provide information about its status and help the operator identify an unavailable charging point. This does not mean every abnormal event is automatically recognised as theft.

What monitoring can report

An error, a power interruption or a loss of connectivity may require investigation. The operational value of monitoring depends on the information available, the platform’s functions and the people who receive and handle alerts.

For workplace charging infrastructure, especially across multiple locations, centralised monitoring helps organise operations. Specific cable-cut detection and dedicated alarms must be checked separately: these functions should not be attributed to a product simply because it is connected.

If the service is listed in apps or roaming platforms, its availability should be updated once damage has been confirmed. Automatic updates depend on the integration between the station, management system and platforms used.

Sensors, markings and dedicated protection

Tamper sensors, alarms, identification markings and cable protection systems address different needs. A marking can help identify material but does not prevent cutting. An alarm requires someone to respond to the notification. A mechanical system must preserve the cable’s flexibility, bend radii and thermal operating conditions.

Before adopting a solution, check compatibility, maintenance needs, alert handling and any effects on day-to-day use.

Prevention in different settings

General measures need to be adapted to the people using the service and the hours during which the site remains accessible.

At home

In a private garage, keeping the building locked already provides protection. On an open driveway, it is useful to choose a position visible from the house and incorporate it into the existing lighting.

With a socket-based charger, the cable can be kept in a protected place after the session. With a fixed-cable model, correct storage and the accessibility of the area need to be considered.

Disabling charging while away can prevent unauthorised use if the system supports that function. It does not physically prevent someone from cutting the cable.

At work

The charging point should be included in the car park management plan. A designated contact should know how to report a fault, inform users and request technical support.

If the car park remains open when the building is empty, the level of control during evenings and nights needs to be assessed. If it is locked, procedures must be compatible with vehicle use schedules and access for authorised personnel.

At hotels

Reception staff should be able to explain how charging works and know whom to contact if damage is found. A procedure for the night shift is useful too.

A fixed cable makes charging on arrival simpler; a socket requires the guest to bring their own cable. This difference should be communicated before arrival so that the equipment does not come as a surprise during the stay.

In apartment buildings

A gate limits access from outside, but shared infrastructure still needs clearly assigned responsibilities. Someone must be responsible for contacting support, managing administrator credentials and communicating any downtime.

Cables must not obstruct driving lanes, walkways or escape routes. Any video surveillance must be assessed against the rules applying to the building and its management arrangements. A single camera cannot replace an organised approach to operating the site.

What to do if a charging cable has been cut or stolen

People’s safety comes first. A blank screen or an apparent lack of activity does not allow anyone to determine by sight that the installation is safe.

1. Do not touch the cable, conductors or damaged parts. Do not attempt repairs, improvised coverings or a test charge.

2. Keep people away. Site staff may mark and cordon off the area according to established procedures, without exposing themselves to danger.

3. Notify the operator. Provide the location, station identifier and observed damage. If there is an immediate danger, contact emergency services.

4. Document only from a safe distance. General photographs and details of the date and time can help with incident handling. Do not move components or disturb possible evidence.

5. Wait for a technical inspection. Making the installation safe, inspecting it and repairing it are tasks for qualified personnel.

Technical inspection and return to service

The inspection must establish the extent of the damage. The connector, cable glands, internal connections, sensors and any cooling circuits may have been affected.

The replacement part must be compatible with the station and installed according to the manufacturer’s instructions. Safety and functional tests must be completed before the affected parts return to service.

At a station with several connectors, qualified personnel must assess whether another charging point can remain operational, taking account of the design and damage. Users should not assume it is safe simply because it appears intact.

Reporting the incident and insurance

The owner or operator should organise reporting to the authorities and, where appropriate, an insurance claim, following the policy’s conditions.

Cover, excesses, exclusions and provisions for indirect losses vary. It is therefore impossible to say that insurance will always pay, or to determine who bears the cost without knowing the installation’s ownership and operating contract.

How much does the damage cost, and how can downtime be reduced?

There is no single price for replacing a charging station’s cable. AC or DC technology, length, connector, integrated components and the extent of damage all affect the cost.

The replacement part is only one expense. Site visits, labour, travel and checks may also be required. Downtime can mean charging sessions not delivered, disruption to a fleet or an unavailable service promised to hotel guests.

When assessing a repair quotation, separate the individual items and ask which checks are included. A price for the cable alone does not necessarily represent the full cost of restoring the service.

Maintenance and spare parts availability

Maintenance does not prevent deliberate theft, but it helps identify worn sheathing, loose holders, forced sockets and other signs of deterioration or tampering.

Inspection frequency and methods should follow the manufacturer’s instructions and reflect the use of the site. A busy public installation requires a different arrangement from a private garage.

For business installations, it is useful to establish the support contact, spare parts ordering process and intervention arrangements at the time of purchase. Keeping records of incidents also helps determine whether the location, surveillance or access arrangements need to change.

Frequently asked questions about EV charging cable theft

Why are charging station cables stolen?

Primarily to recover the copper in the conductors. The material’s value can be far lower than the cost of the damage, including replacement parts, technical work, checks and service downtime.

What increases exposure to theft?

An accessible fixed cable, an isolated location, poor lighting and a lack of site control can make damage easier. These factors alone do not quantify the likelihood of theft.

Does an untethered charger reduce the risk?

When unused, it leaves no infrastructure-owned cable exposed because the user can disconnect and store their own. The socket and enclosure remain vulnerable to damage, and the cable is present during charging.

Do RFID cards and apps protect a cable from being cut?

No. They authorise and manage charging according to the available functions. They do not create a physical barrier against cutting or removing a cable.

Is connector locking a complete anti-theft solution?

No. Where provided, it limits removal of the connector according to the system’s operation. It does not prevent the cable from being cut. The exact behaviour should be checked in the vehicle and station manuals.

Does a connected charger automatically detect theft?

Not necessarily. It may report errors or unavailability, but recognising specific tampering requires dedicated functions. Check which events are detected and how notifications are handled.

What should you do if you find a cut cable?

Do not touch damaged parts, keep people away and notify the operator. Contact emergency services if there is an immediate danger. Do not try to use the station before a technical inspection.

Do IP and IK ratings indicate theft protection?

No. IP concerns enclosure protection against solid objects and water; IK concerns resistance to mechanical impacts. Neither indicates that the cable is protected against cutting.

How much does replacing a stolen cable cost?

It depends on the station, technology, replacement part and any additional damage. A complete quotation should also specify labour and the checks needed to restore the service.

Does insurance cover cable theft?

That depends on the policy. Check the insured equipment, excesses, exclusions, reporting requirements and any cover for indirect losses.

Choosing and managing charging around the actual site

Cable theft should be addressed with measures proportionate to the installation. In a locked garage, location and daily cable handling may be the main considerations. At an open site, surveillance, fault detection and a prompt response become more important.

The choice between a socket and a fixed cable is one part of that assessment. The others concern access, lighting, operational responsibilities and support. Considering them before installation makes it easier to provide convenient charging and respond effectively if damage occurs.