Quote:
Originally Posted by Low Pass
Since airplanes don't stop for traffic lights, how could a hybrid internal combustion (gas?)/electric offer any advantage in an aircraft application? Hybrids generally only offer advantage with automobiles in city driving conditions.
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Here is my .02 on the question. Keep in mind I am not an engineer, just some bozo out here who thinks he can build a flying machine.
Reason number one, since electric motors do not need a specific amount of air to create HP, when said motor gets up to altitudes that would normally restrict the HP output of an Internal Combustion (IC) engine it would still continue to produce its designated HP.
Reason number two, since the HP produced by the electric motor is coming from stored energy in the form of some battery setup, it does not rely on the chemical fuel we store in fuel tanks. So, while that motor is pulling us along and keeping us aloft the IC engine is not using up that chemical fuel. Thus, that stored chemical fuel can go a lot further to producing energy at times when it is more efficient (i.e. take-off).
Reason number three, since it may be possible to cruise on battery power with a lot less energy expended during the cruise phase of flight the
"fuel mileage" can be increased resulting in extended range for the aircraft.
Reason number next, less noise produced when the electric motor is operating and the IC is not.
Reason number next, less pollutants in the air.
Reason number next, well, hopefully you can see that there are a lot of ideas that are out there
"OUTSIDE THE BOX" of current "IF HORSE & BUGGY'S STILL WORK WHY USE A HORSELESS CARRIAGE?" thinking.