A 2-cycle ICE hybrid

5/27/25:

 

You could make them out of superwood! 80% lighter than steel, and moldable into shapes fitting for an automobile, superwood could make the cars that much more efficient.

 

5/25/25:

 

The engine described on the main blog may be useful in several ways. It is a powerful engine in a small package. Therefore, it would not need a massive frame to hold it. It could be optimized to make just enough power to keep the batteries charged in a hybrid engine.

 

The engine in the video was about half a liter, with a power output of 200 hp. You could get away with a much smaller engine. Let's say 1/2 the size and output. That would mean a 250 cc engine with 100 hp. That 100 hp engine could power a generator, which in turn, would power an electric engine.

You wouldn't have to run it all the time. Just long enough to charge the batteries. With the new batteries coming out soon, you wouldn't need much weight on them either. They could also be charged an indefinite number of times, since they would actually operate more like a capacitor than a battery.

The engine would be quite versatile, since it could run on a variety of fuels. The ones mentioned in the video include hydrogen. Perhaps it could run on ammonia? In that case, if ammonia could be synthesized economically, it could replace carbon based fuels. Not that I would think that important, but some people believe in the global warming theory.

Anyway, I would speculate that a super efficient ICE hybrid may be feasible in the near future. Question is, will it ever be built?