Ten-thousand-ton class inertia turbine

Abstract

The invention relates to a generator power device, in particular to a ten-thousand-ton class inertia turbine. The ten-thousand-ton class inertia turbine is composed of a giant water pool, a giant float inertia wheel, transmission shafts, a movable impeller, a fixed impeller and giant supports. The ten-thousand-ton class inertia turbine is primarily characterized in that the ten-thousand-ton class giant float inertia turbine utilizes the buoyancy of water, zero gravity, inertia energy, lever force, namely mechanical force, and the leveraging and force providing functions of the giant float inertia wheel; under the action of motive power, the ten-thousand-ton class giant float inertia wheel can do great work with small force due to the skillful magic function by utilizing the five kinds of natural force, and then humongous electric energy can be emitted, that is, the ten-thousand-ton class giant float inertia turbine can generate electric energy ranging from 8.86 million KW to 36.79 million KW when rotating by 120-500 turns per minute, and the electric energy is 1.635 times the installed capacity, namely 22.50 million KW, of the Three Gorges Dam which is invested by 95.46 billion RMB. According to the ten-thousand-ton class inertia turbine, the power device is simple, the number of the power generation technology links is the minimum, management is the easiest, the construction period is short, the power generation cost is low, and the ten-thousand-ton class inertia turbine occupies a small area of a power plant. The ten-thousand-ton class inertia turbine is the most ideal generator power device.

Description

technical field [0001] The invention is a 10,000-ton inertial turbine. It concerns the power unit of the generator. Background technique [0002] ①. Existing steam turbine generators and gas turbines have extremely complicated mechanisms, a large number of blades, and high precision, and they need to be individually processed, making their manufacturing costs extremely high; the transmission shaft is extremely long, resulting in too small diameter of the rotor impeller, inertia Also small. The specific power of steam turbine generator and gas turbine using the leverage principle of the wheel shaft is extremely low; the air flow is axial and side blowing, so the torque generated is small, the air gap is large, the air leakage is large, the efficiency is low, and the cost of the whole machine is low. higher. [0003] ②. The long tube impeller type power plant (application number: 2014100089689) is affected by the gravity of the earth, the wheel diameter cannot be too large,...

AI Technical Summary

Problems solved by technology

[0002] ①. Existing steam turbine generators and gas turbines have extremely complicated mechanisms, a large number of blades, and high precision. They also need to be processed individually, making their manufacturing cost extremely high; the transmission shaft is extremely long, resulting in too small diameter of the rotor impeller, inertia also small

However, the use of inertial energy is still extremely insufficient

[0005] ④. Existing machinery is almost zero in terms of utilizing weightlessness

[0006] ⑤. Existing machinery is not enough in utilizing leverage force

As a result, the inertia wheel of the giant pontoon with a weight of 10,000 tons can generate enormous inertial energy

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