The electric vehicle revolution is accelerating, but one major roadblock remains: charging infrastructure. The traditional model of one EV per charging station creates congestion, long wait times, and logistical challenges. Now, a new GM patent could change the game.
General Motors is looking to create an innovative tandem charging system that could reshape how EVs recharge. If you’re interested in hybrid technology training, this breakthrough is something you’ll want to follow closely.
GM’s Tandem Charging Patent: A Game Changer for EV Owners
GM recently applied for a patent introducing a tandem EV charging system, offering a new way to power multiple EVs from a single charging source. The patent, published on October 31, 2024, under patent number US 2024/0359575 A1, details a system where two or more electric vehicles can be charged simultaneously using the same charging station. This method could drastically reduce wait times and increase the efficiency of EV charging networks. How does it work?
The system functions by linking multiple EVs in series or parallel, allowing energy to flow from the primary charger through one EV and into another. A built-in switch controller or relay manages power distribution, ensuring each vehicle receives the necessary charge. Additionally, this new GM patent includes a provision for direct EV-to-EV charging, meaning one car can serve as a power source for others, a feature that could be particularly useful for roadside emergencies or home charging setups.
The practical applications of this technology are vast. Households with multiple EVs could benefit significantly, as a single charger could charge all family vehicles overnight without the need for constant vehicle swapping. Public charging stations could also see efficiency improvements, as vehicles could remain parked without blocking access for new users.
The Future of EV Charging: What Comes Next?
GM’s tandem charging system could pave the way for a more streamlined and accessible EV infrastructure. As more automakers adopt this approach, we could see:
- More widespread charging availability: With multi-EV charging, the number of available charging spots could effectively double, reducing long wait times at public stations.
- Advancements in wireless and smart charging: Future innovations could allow EVs to communicate with chargers and each other, optimizing energy distribution in real time.
- Better integration with renewable energy: Multi-vehicle charging could align with smart grid systems, making it easier to charge EVs when solar or wind energy is abundant.
These developments highlight the rapid advancements in EV technology, creating new career opportunities for automotive professionals. If you want to become a hybrid and electric vehicle mechanic or explore other roles in the industry, now is the time to get involved.
How ATC Surrey Prepares You for the Future of Hybrid Technology
The automotive industry is shifting toward electrification, and skilled professionals are in high demand. At Automotive Training Centre’s Surrey Campus, you can gain hands-on experience with hybrid and EV systems through our Hybrid Technology Training program.
This intensive 16-hour course, offered over two Saturdays, provides the knowledge you need to work on hybrid vehicles safely and effectively. You’ll learn:
- How to service hybrid vehicles, including maintenance and safety procedures.
- The role of control and communication circuits in modern EVs.
- Energy storage systems and battery pack designs for optimal efficiency.
- The fundamentals of transmission and drivetrain modules, including regenerative braking systems.
Our small class sizes, industry-experienced instructors, and hands-on training approach ensure that you receive the best education possible. With flexible scheduling options, you can train while maintaining your current job, making it easier to transition into an in-demand automotive career.
Are you ready to start hybrid and electrical mechanic training?
Contact ATC Surrey to learn more!
