| US20030080711A1 | 2003-05-01 | |||
| CN101540539A | 2009-09-23 | |||
| CA2809016A1 | 2014-09-13 | |||
| RS20140184A1 | 2015-10-30 |
| Protection Elements - Title: Autonomous Clean Energy Generator - An electric motor consuming low electrical energy connected physically to a generator that produces higher electrical energy, to produce a surplus electrical energy. - A generator producing high electrical energy connected physically to an electrical motor consuming less electrical energy, to produce a surplus electrical energy. - Connector mechanically or physically integrates and connects an electric motor to an electric generator for producing surplus electrical energy. |
Full description
Invention Background:
The technical field of this invention is the clean electric energy. It has the advantage that it can generate energy without using fuel, sun or wind, as in the case of solar generators system, wind generators, and fuel-operated generators. It operates uninterruptedly and it can be use to operate any electrical equipment or devices depends on the capacity and size of the generator.
Invention’s General Description:
It is an electric power generator that is distinguished by its ability to generate clean energy without using fuel, sun, wind or any other environmental conditions. With self-charging feature, this generator can operate uninterruptedly. It is also can be use to operate any electrical equipment or devices uninterruptedly, This technology can be used in operating factories, water desalination plants and electric vehicles. It does not require special environmental conditions or sources to operate as in the case of solar, wind or fuel generators. Moreover, it can be manufactured with different production capacities, as needed.
Description in Detail:
The generator is the type of generators that are designed to rotate by wind movement ‘wind turbine’ " but Instead of attaching it to blades to spin by the wind movements, we physically connected it to an electrical motor to rotate it " I have chosen to connect it mechanically by an axle shaft" , and this motor is a smaller electrical motor that require a smaller amount of energy (watts) to operate than what the generator will produce, let’s say 100 watts/hour, this small motor is connected to a permanent self-charging battery, the battery is connected at the same time to the generator to ensure the continuity of the battery charging which has the capacity of energy needed by the motor to rotate, i.e. 100 watt/hour. This energy used to rotate the generator is less than the energy that the generator will produce, i.e. Input of 100 watts and output of 400 watts. Therefore, it produces more energy than we consume. So, we get a continuous and uninterrupted power surplus of 300 watts (400 - 100 = 300). This surplus energy can be used to continuously and uninterruptedly to operate any one or several electrical equipment that are connected to the generator, provided that this equipment does not need more energy (watts) than the surplus energy, i.e. 300 watts. Therefore, the electrical equipment will not stop unless a circuit breaker is used.
So when I actually carried out this experiment, the generator produced 3.6 amp/hour output against 0.25 amps/hour input which was the energy used to rotate the motor and that equals about 1450% of energy production from what had consumed.