Improvement of Generating Power
Abstract
An invention in this paper presents an improvement of on-board installed power turbines, based on Tesla's US patent from 1909, as described at previous pages of this site. The invention consists of looping back the exhausted air from an air outlet at the air inlet.
Description
The turbine which is driven by pressed air sucked through the air inlets placed behind propeller, is combined by an air suction system closed at the air outlet of the turbine, based on swirling the air, which is going to significantly improve the efficiency of the system. Instead to release an air behind the wing and to slightly contribute to an aircraft propulsion, one part of the exhausted air could be turned back at an air inlet, through reduced diameter pipe. This would improve the total power of the turbine, magnifying an speed of air, along with an air volume.
Abstract
An invention in this paper presents an improvement of on-board installed power turbines, based on Tesla's US patent from 1909, as described at previous pages of this site. The invention consists of looping back the exhausted air from an air outlet at the air inlet.
Description
The turbine which is driven by pressed air sucked through the air inlets placed behind propeller, is combined by an air suction system closed at the air outlet of the turbine, based on swirling the air, which is going to significantly improve the efficiency of the system. Instead to release an air behind the wing and to slightly contribute to an aircraft propulsion, one part of the exhausted air could be turned back at an air inlet, through reduced diameter pipe. This would improve the total power of the turbine, magnifying an speed of air, along with an air volume.
At the image above an outlet loop back pipe is going to be introduced within an air inlet pipe to significantly improve an air velocity and quantity. This is going to additionally improve for maximal available power.
The maximal rpm of the rotor must be limited, to minimize probability of mechanical damage.
Conclusion
Improvement of an air suction of the system is going allow to the system to intake additional energy into itself. In this particularly case this is going to be kinetic energy of the turbines rotor, which is going to be utilized at the shaft. Reduction of the speed is necessary, since the number of turns per minute can be extremely large. This means that the rotor of the turbine must be always under the last. At start-up, the last could be lower, and automatically increase along speeding up the rotor.