AI' S ANALYSIS OF NGUYEN MINH'S ROTARY PISTON ENGINES AND ELECTRIC VEHICLES

AI' S ANALYSIS OF NGUYEN MINH'S ROTARY PISTON ENGINES AND ELECTRIC VEHICLES

Everyone can realize that internal combustion engines are completely free from emissions problems, but only current piston engines with many emissions problems. Because the rotary pistons engine in general and Minh Nguyen's Rotary Engine in particular with the outstanding features of this innovative design is to use a coaxial rotation mechanism, by the maximum 100% tangential impact force with the total inertia force continuously and directly. The improved fuel efficiency directly results in very low fuel consumption of only 30% of that of today's piston-engined passenger cars and reduced emissions per mile driven, benefiting both the environment and consumers. Furthermore, when using hydrogen fuel, or CNG gas, CO₂ emissions are automatically zero when using fuel with hydrogen or natural gas CNG, LNG, and LPG.

Advanced rotary piston gasoline engines, through a combination of innovative design, optimized fuel blends, and compatibility with renewable resources, provide a path to significantly reducing the environmental impacts traditionally associated with internal combustion engines. Continued research and adoption of these technologies is essential to maximize their environmental benefits. We can consider the benefits of rotary piston engines versus electric vehicles as follows:
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