The innovative engine that will transform electric vehicles: achieves an efficiency of 98.5% and increases its range by 150 km

With the arrival of the new engine that promises to revolutionize the electric vehicle industry, efficiency and range have reached unprecedented levels. This engine not only improves energy performance by up to 98.5%, but also provides an additional range of 150 km, marking a milestone in the evolution of electric automotive technology.

A Quantitative Leap in Energy Efficiency

The new electric motor achieves a efficiency of 98.5%, a figure that stands out significantly compared to current engines on the market. This extremely high efficiency not only reduces energy loss during conversion but also ensures a more sustainable and economical use of resources.

This is largely due to the sophisticated design of its transmission system and the advanced materials used in its manufacturing. Compared to other engines, such as the recent Hyundai i30 2025, this new motor represents a significant evolution in terms of efficiency.

Extended Range: Adding 150 km More

One of the most impressive features of this engine is its ability to increase the range of the vehicle by 150 km. This improvement is crucial for users seeking greater flexibility and less dependence on charging points.

With this technology, electric vehicles can cover longer distances without the need for frequent recharges, comparable even to vehicles that traditionally have greater range, such as some leading hybrids produced in Spain.

Impact on the Automotive Industry

The development of this engine has had a considerable impact on the automotive industry. It not only marks a significant technical advancement but also sets new standards for electric motors and vehicle designs in general.

Companies like Xiaomi, which have already launched engines with an efficiency of 98.11%, find in this technology a new path for future competitions. This motor not only competes in terms of efficiency but also sets new goals for expansion capabilities and sustainable development.

Technical Features and Technological Advances

This innovative engine employs powerful magnets embedded in its rotors (IPMSM), which allows for high performance without compromising the size or weight of the vehicle. Additionally, its advanced design minimizes wear and maximizes durability, offering significant advantages in terms of maintenance and vehicle lifespan.

Safety and Reliability Aspects

Another priority in the design of this new engine has been automotive safety. With advancements that, as you can see here, could save lives, this engine introduces advanced protection systems against overheating and electrical failures, ensuring a safer driving experience.

Future Expectations and Market Potential

The introduction of this engine opens a new era of possibilities for electric vehicles. With its ability to extend range and improve energy efficiency, market acceptance is expected to be fast and widespread.

The automotive sector is facing a paradigm shift. Traditional electric motors will need to adapt or risk becoming obsolete, while the new standards established by this innovative engine pave the way for future developments in sustainable mobility.

The automotive industry is experiencing an unprecedented revolution thanks to the development of an electric motor that promises to forever change the way we understand sustainable mobility. This innovative motor, which achieves a 98.5% efficiency, not only surpasses the performance of current engines but also offers a significant improvement in range, increasing the kilometers traveled per charge by an additional 150 km.

The key to this advancement lies in the design and technology of this engine. Utilizing an innovative layout of embedded magnets in the rotors, the engine minimizes energy losses, allowing for a greater conversion of stored battery energy into driving power. Moreover, these magnets enable a greater power density, resulting in superior performance and an efficiency that other electric motors simply cannot match.

This technological leap also translates into direct benefits for consumers. With an increased range of 150 km, drivers will be able to enjoy longer trips without the need to recharge as frequently, which is a crucial factor for the mass adoption of electric vehicles. This improvement not only makes everyday life easier but also makes electric vehicles a more viable option for long trips and for those with more extensive commuting needs.

Additionally, the high efficiency of the engine translates into lower operating costs in the long run. By consuming less energy to perform the same work, vehicles equipped with this engine can make better use of every kilowatt-hour of electricity, resulting in lower energy bills and a smaller environmental impact. This combination of efficiency and range is what makes this engine a true innovation that promises to be a turning point for the electric automotive industry.