The robust and weather-resistant MOBOTIX video systems defy adverse conditions and reliably deliver outstanding image quality with high-resolution day and night. This contributes to site security and helps to track and clarify incidents or to intervene immediately, for example, via the micro and audio function of the MOBOTIX cameras or the triggering of events (e.g., alarm or light).

Opening hours late into the night or even around the clock and the dark areas make e-petrol stations potential targets of attack. MOBOTIX video surveillance can help deter perpetrators, solve assaults, and convict hooligans. Intelligent apps can detect loitering persons and contribute to preventive intervention.

Copper theft is an increasing challenge for operators and customers of e-charging stations. Especially when a charging process is in progress, and the theft of the locked charging cable additionally causes damage to the customer's vehicle. Visible video systems are not only a deterrent. They can provide important evidence day & night and contribute to the conviction of the perpetrators.

As in any parking lot, accidents can occur when maneuvering vehicles or driving on the premises. You can document and track such events and damages 24/7 using video surveillance. 

Should a hit-and-run occur in the course of an accident, the vehicle causing the accident can be identified thanks to the recognition of the license plate number and the manufacturer, model, and color.

Operating errors cause a lot of damage to e-charging stations. Significant potential for error lies in the long cables. Cars get stuck on the cables during charging or run over them. With MOBOTIX video systems, as an operator, you can document and clarify incidents. You can even intervene directly via the camera's voice and audio function as soon as such errors are noticed. 

Customers appreciate the safety, cleanliness, and pleasant ambiance of e-charging stations. With the help of video technology, operators can get a picture of the condition of their station around the clock and have trash removed or snow cleared if necessary. Video technology can also provide security, the best service in waiting areas, and self-service machines (snacks and drinks) - which boosts the yield of the entire facility.

In addition to the e-chargers themselves, you can use video technology to make data on the utilization and usage of the facility, such as the number of vehicles and dwell time. 

Likewise, video data provides profound data for market analysis. For example, the origin (license plate number) and type of vehicles (make, model, class) provide solid starting points for market analysis and marketing.

Suppose unauthorized vehicles (e.g., without electric drive) block the spaces for potential customers. In that case, you can detect the fossil combustion vehicles - provided they are not already excluded upon entry - at the charging point. You can also determine the idle time. Sometimes it deviates from the charging process. This enables the effective utilization of the charging spaces.

If video technology detects irregularities, such as energy storage overheating on site, you can check or stop the system before major damage occurs. This is not just about fire protection but about predictive maintenance.

If a barrier secures the site, video technology can support smooth entrance operations. The barrier opens only for e-vehicles and registered visitors by comparing it with permission and blocking lists. It remains closed if unauthorized non-e-vehicles or unwanted vehicles (which have previously attracted negative attention) request access.

Vaxtor License Plate Recognition App

Based on the license plate numbers and vehicle identification at entry and exit, you can collect statistical values (length of stay, counting, frequency of visits) in conjunction with the metadata (e.g., timestamp), which are essential for the economic operation of the facility and are also valuable for market analysis. Likewise, it is possible to track whether vehicles were undamaged when they entered the facility, should complaints arise.

Vaxtor Make Model Color App

Video technology can improve service and thus help secure basic revenue. For example, access clearance for regular customers is possible via license plate and vehicle recognition. After automatic matching with the release list, access can be granted to only access times and areas or via special prioritized entrances (no queue).

Typically, e-charging parks are operated with a small staff or entirely autonomously. E-charging stations and charging parks can be conveniently monitored remotely around the clock, for example, via the MOBOTIX CLOUD and MOBOTIX HUB. If required, video technology enables immediate intervention in critical incidents (e.g., via micro and audio functions), even if no personnel are on site.

With MOBOTIX video technology, you can watch several locations (e.g., chains and franchises) simultaneously. You decide who should have which access. For example, local employees only have access to regional sites, while area managers or operators can have an overview of several or all locations. With MOBOTIX CLOUD and MOBOTIX HUB, you can set up and control this precisely and individually. Event search based on metadata is cross-located, making accessing, merging, and evaluating data particularly convenient.

Thanks to remote access, e.g., via the MOBOTIX CLOUD and MOBOTIX HUB, you can operate sites in a way that conserves resources. In addition to less on-site staff, patrols are required less frequently. The technical infrastructure without energy- and cost-guzzling storage and server infrastructure also pays off for the operator.

Overvoltage or overheating can occur during electrical charging. While detection using video technology is uncommon for passenger cars because the battery is located under the vehicle, it is helpful for vehicles with larger or external energy storage devices. Overheating when charging buses (public transport, coaches) with the battery on the roof can be detected. Thus, thermal video technology can effectively support fire protection. Usually, you monitor the charging of busses in the depot- and along the line networks (public transport) at the high-speed charging stations. 

Please find further information on fire protection in connection with batteries in our batteries solution pack and the associated battery white paper.

Deep discharge, overcharging or overheating are key hazards for energy storage devices used at e-fueling stations and charging stations. Battery fires can quickly lead to massive chain reactions (thermal runaway). Fast intervention via MOBOTIX early fire detection is essential here. Targeted thermal monitoring is also interesting for forklifts (logistics, industry) that are charged independently of the vehicle via separate accumulators or batteries.
 

Please find further information on fire protection in connection with batteries in our batteries solution pack and the associated battery white paper.

Many laws, insurance companies, building regulations, and also facilitate settlement in the event of damage require qualified certifications in fire protection. Rely MOBOTIX, the first video system manufacturer with quadruple certification for fire protection. Certifications from VdS Schadensverhütung GmbH, the French National Center for Prevention and Protection (CNPP), the Austrian Federal Fire Brigade Association (PBST), and EN 54-10 approval are proof of MOBOTIX's extensive fire protection expertise.

Learn more about the certifications in fire protection