Transportation is on the cusp of the most profound transition in its history. The shift to the electric future is coming. But the cost of EVs makes it difficult for manufacturers to be profitable. This need for more efficiency is pushing designers and engineers to find innovative and financially viable solutions for the next generation of electric vehicles.
Size, performance, cost, and level of complexity all play a part in the search for the most energy-efficient propulsion system. With these multiple challenges being interlinked, many of the solutions in one area need to contribute to improvements in others. In the world of emerging technologies, ePropelled leads the way in reducing the ever-increasing complexity of these problems.
Dynamic Torque Switching™, our patented technology for electric propulsion systems is an innovative drive system concept that allows a single electric machine to dynamically change between several modes, each optimized for different points in the drive cycle. The control system is designed to allow the transition between the modes to take place seamlessly to deliver optimum torque/speed/efficiency characteristics in real-time.
This technology produces a much more energy-efficient method of electric propulsion that increases driving range or allows the manufacturers to reduce battery sizes. It also extends the life expectancy of the battery pack. This is a major improvement to today’s capabilities, and it better meets the expectations of the market.
The global sales of electric cars are accelerating. More environmentally-minded consumers, governmental restrictions on emissions, and increasingly affordable pricing are only a few of the factors behind this consistent growth.
Whatever the type of the vehicle, it needs the right mix of size, power, and performance to provide the most cost-effective solution for the end-user. ePropelled propulsion systems are the innovation and the technology needed to make the powertrain cheaper and more energy-efficient, helping the manufacturer and the consumer.
Our propulsion system provides cost and weight savings by reducing the size of the battery pack by up to 25% for the same range. Our motor design with adaptive power electronics drive, innovative cooling technology, and real-time-torque switching matrix is a game-changer for the industry.