Enhancing Safety: EV Charging and the New EVject Device
Charging electric vehicles (EVs) is a generally safe process, assuming the charging unit is correctly installed and functioning properly. Mechanically and electrically, the risk of problems is minimal. But what about potential human-related safety concerns?
One noteworthy issue with EVs is their inability to be driven away while plugged in. This safety precaution prevents damage to both the vehicle and the charger by ensuring the cable isn’t torn away while charging. However, this could become a liability in emergency situations where a quick departure is vital.
The Difference Between EVs and Combustion Vehicles
Unlike internal combustion engine (ICE) vehicles which can (although inadvisably) be driven away while refueling, EVs have built-in software and hardware lockouts to prevent such actions. These mechanisms stop the vehicle from being placed in gear while charging. The rationale behind this feature is to avoid damaging the cable and charger, which could result in costly repairs.
Real-life Concerns for EV Owners
The inability to drive away when plugged in can pose danger for EV drivers in certain scenarios. Imagine charging your vehicle late at night in an unfamiliar or isolated area. If a threatening situation arises, having to leave your vehicle to unplug it could consume precious seconds and increase vulnerability.
There have been reports from EV owners who found themselves in precarious situations due to this inherent limitation. The introduction of a new device, EVject, aims to address this specific problem, offering a quicker and safer exit strategy.
Introducing the EVject Device
The EVject device simplifies the process of disconnecting an EV under duress. It is designed to allow quick disconnection by pressing a button, after which the vehicle can be placed into gear and driven off. This device consists of components that remain attached to both the car’s charge port and the charger’s connector, protecting both from damage during an emergency disconnection.
Currently, EVject is available only for Tesla’s NACS connector. The company is planning to expand its product line to include CCS1 (North America) and CCS2 (Europe) versions to accommodate a wider range of EV models.
How the EVject Works
The EVject uses the communication pins within the vehicle’s charge port to simulate the removal of the connector. This trick allows the vehicle to be put in gear and driven away. The device splits into two pieces during the disconnection process: one part stays in the car’s charge port, and the other attaches to the charger’s connector, ensuring that the cords are safeguarded from road damage.
The device is engineered to break under 110 lbs. of force, significantly less than what most EV ports can endure, thereby preventing any potential harm to either the vehicle or the charger.
Evaluations and Personal Experiences
In practical tests, the EVject functioned as advertised, causing no harm to the charging equipment or the vehicle. Although it may not be essential for every EV owner, it presents a valuable option for those frequently charging in desolate or poorly lit locations.
While some may view the EVject as inducing unnecessary fear, it addresses a real concern. As more malicious actors become aware of the immobility of EVs during charging, incidents may increase, making devices like the EVject more valuable.
Final Thoughts
For a price of $299, the EVject can offer peace of mind to EV owners who could face unsafe situations while charging. Featuring a user-friendly design and reliable performance, it’s a worthwhile consideration for those valuing safety and preparedness. Share your opinions below—would you invest in an EVject for an added layer of security?
Remember, keeping safety tools like EVject can make a significant difference in critical moments. As we move towards a more electrified future, ensuring the safety of EV drivers becomes paramount.
