The EV Project is a public-private partnership supported by a federal stimulus grant from the U.S. Department of Energy. The transition to battery-based vehicles brings new cybersecurity risks. The charger automatically bypasses fully charged vehicles and unused stations. It’s wheelchair-accessible and features an ergonomic cable management system. Cyber Switching is partnering with other companies to add intelligence to its EVSEs. As demand for EVs increases, Cyber Switching is introducing its smart level-2 commercial EV charging station that helps eliminate one of the most common bottlenecks in existing EV charging infrastructures. Cyber Switching’s solution is designed to be simple to install, cost-effective, and easy to manage, so any business can easily invest in it.
Commercial Electric Car Charging Station
In addition to cybersecurity, these charging stations are vulnerable to cyberattacks. The connectedness of the charging stations is a common vector for hackers to access home and business networks. Hackers can use public chargers to gain access to personal and business networks, and they could also steal user accounts. Another potential risk is incorrect billing. A public charger can also cause a blackout if hackers find a way to control the charging station.
Because the commercial electric car charging stations communicate with the internet and the cars, they’re a prime target for hackers. Cyberattackers can target charging stations by collecting sensitive data on the cars and their owners. For these reasons, Cyber Switching is working to secure the infrastructure that supports these charging stations.
Best Electric Car Charging Solution Is Here
As part of a commercial EV charging station solution, Cyber Switching can provide the necessary infrastructure for a business to charge an electric vehicle. This will give you the necessary details to proceed with your order. If the utility is interested in retail charging stations, they should not be the ones providing the electricity. These companies already manage complex systems that range from nuclear power plants to billing. So it makes sense to give charging companies a push and let them sell the electrons to consumers. This way, utilities could increase electric sales and reduce pollution. If they do this, the electric vehicle industry will be able to flourish. It’s a win-win for both sides.
Charging software is equipped with built-in controls to prevent security breaches. The software also blocks mobile applications from overriding certain settings. This way, cybercriminals cannot misuse the information or harm EV drivers. In addition, the software protects the payment details of EV drivers. EV drivers will appreciate the peace of mind knowing that they can trust Cyber Switching with their credit card and payment information.
To secure and protect the integrity of electrical charging station infrastructure, the encryption and decryption of messages are critical. To ensure the security of charging sessions, the infrastructure must be encrypted and decrypted by the same key used to encrypt and decrypt messages. To ensure security and confidentiality, the charging station and EV must agree on a symmetric key at the beginning of the session. Asymmetric cryptography, on the other hand, only verifies the authenticity and requires a key pair comprised of a public and private key.
Moreover
Government agencies can benefit from an increased interest in electrification. A federal sustainability plan includes three pillars, one of which is the electrification of the federal fleet. So while the federal government is making strides toward an electric future, it can also help businesses with the environmental benefits that come with green power.
