Free Energy Machine The theory of Perpetual Motion and Energy

Generally, an electric motor is a machine which can transform electrical energy into mechanical energy. According to the power system, we can separate electric current flow into two classifications which are “Direct Current (DC)” and “Alternating Current (AC)”. DC and AC are two different forms of electric current flow, and they are provided and stored in different ways. For example, direct current can be provided by batteries or power supplies, and alternating current can be provided by sockets or generators. Based on using different types of power systems, there are two general categories of electric motors which are DC motors and AC motors. In addition, there are many different structures and functions of stators and rotors in the motor, so engineers develop different control theories to fit specific working situations. This paper is going to explain three control techniques in three aspects, illustrating how they work, exploring their advantages and disadvantages, and their

The electric motors work by electricity and magnets working together. Once the electricity gets going, the magnets take over. The magnets keep the motor going because the magnets used in motors have both positive and negative magnets on both sides. Surrounding the magnetic ends, are one positive and one negative magnet. This means that at any

Perpetual machines were created to serve as source for free energy many years ago. They are basically impossible because of the laws of friction, but that didn’t stop people from trying to make them. One of the first ones were created by Robert Fludd in 1618, he created the “water screw” perpetual machine. The “water screw” was formed with wood carvings, and the purpose Robert Fludd had in mind was to make a sort of turning water wheel for energy. It turned water with its complicated gears and shifts, to save energy.

piston back down. This rotates the crankshaft, making it spark the next set, then goes back to the first, and repeats. The Battery stops turning

The electricity from the positive and negative end of the battery and flows through the wire and makes the wire spin but you need to have the magnet for the wire to spin. You can change the way the wire spins but flipping the magnet over. The motor uses the attracting and repelling forces to make the wire spin. If you use stronger magnets the force will be greater. If you coil the wire more the magnetic field will get larger. But you cannot put to many coils in it or it will become too heavy. If you have wire with a coating you will have to scrap it off for it to work. If you put the support braces to far apart that can also become a problem. You can predict what way the wire or motor is going to spin.

In the society we live in today, many people have the misconception that there is a never-ending supply of energy available for our wasteful use. However, people must realize that the fossil fuels that we have come to depend on for our energy are quickly being depleted. There are several renewable energy resources, most of which come from the sun, that are available for our use. One of these abundant energy resources is the wind. By taking advantage of the wind, and harnessing its power to supply useful energy, people can ensure that they will have energy for as long as the sun continues to heat the earth.

In the following examples the coil wires are shown to be perpendicular to the motion of the permanent magnet. The flux in the coils changes direction as the permanent magnet passes through the coils in the Sandia Alternator Design. This change in flux with respect to time as well as direction induces current in the coils in both directions.5

Pulse Motors is a start-up Firm focused mainly of the Electric Vehicles sector of automobiles. Pulse Motors recently designed a two wheeled electric vehicle named the Personal Electric Vehicle Zero (PEV0). This vehicle can drive over 60miles on £0.30 of electricity. The bike charges from a standard 220V outlet with its on board charger. It comes with fully functional pedals which allow it to be ridden like a bicycle or the throttle can be twisted and it makes use of the stored electricity.

Compared to other cars that use many gears to be operational, the electric motor for the roadster is incredibly simple. The motor for this car not only converts electricity into mechanical power but also serves as a generator. The rotor in the motor is the only moving piece and is used to eliminate the need for conversion from linear motion to rotational motion. The electric motor allows for instant torque and the rotational force the motor produces can be accessed the instant the accelerator is pressed. This is the reason the Roadster can accelerate from 0 to 60 mph in under 4 seconds. The motor allows for a wide torque band which eliminates the need for gears so only one gear is needed to go from zero to its fastest speed. From this, the question then arises of how one would reverse. The design is made simple so all that needs to change is the two phases, essentially eliminating the need for a reverse gear. The electric motor can produce torque at an extremely efficient rate, but its innovative feature can be seen when the motor serves as a generator. When the accelerator pedal is released or when the brakes are applied the “generator mode” ignites which captures energy as the car is slowed down. This motor does not just magically make this happen; it is done through the use of the two parts introduced earlier, the rotor and stator.

electricity as the "fuel" instead of gasoline or some other combustible fuel. The electric motor in

The automobile has been an extremely prominent part of today’s society. It is a necessity among the worlds population to own a car or have access to one because they help meet the peoples demands. The automobile provides a huge freedom of mobility for the people because without this incredible machine many everyday events could not be possible. The electric car was born and built in the late 1800’s by William Morrison of Des Moines, Iowa. Morrison was always considered a “wiz kid” of the battery and was always interested in the chemistry of a storage battery and behind how it worked as a young man. The electric car from its birth to present day has evolved greatly. At the electric cars birth, the electric automobile started out having

When the ignition switch is placed in the "start" position, the solenoid windings are energized and the resulting shift lever movement causes the drive pinion gear to engage the flywheel ring gear, and cranking takes place. When the engine starts, an overrunning clutch (part of the drive assembly) protects the armature from too much speed until the switch is opened. At this time, a return spring causes the pinion gear to disengage from the flywheel.

The first mode of knowledge conversion enables an organization to convert tacit knowledge through facilitating interaction between individuals (Bashar Sarayreh 2012). Individuals in this case, can gain tacit knowledge without necessarily having to communicate by means of language. Instead, tacit knowledge can be converted into tacit knowledge through practice, imitation and observation. An example of this form of knowledge conversion is demonstrated by apprentices who learn critical skills just by working alongside their mentors. Evidently, therefore, experience is a key cornerstone when it comes to an individual acquiring tacit knowledge. Nonaka’s theory of energy conversion suggests that it is enormously difficult for individuals to share their thinking processes without keenly sharing their experiences (Bashar Sarayreh 2012). A common feature of this form of conversion is emotional attachment to shared experiences. As a result of this, the spiral model calls the process of creating tacit knowledge by sharing experiences, socialization. Conversion of explicit knowledge to explicit knowledge on the other hand requires the incorporation of social processes in order to combine various forms of explicit knowledge possessed by different individuals. Under this arrangement, individuals share knowledge through meetings or telephone conversations. Reconfiguration of existing information through acts such as adding or sorting information can consequently lead to creation of newer

Energy has been extracted from the wind since as early as the first century AD where Heron of Alexandria used a windwheel to power an organ (Drachmann 1961). Further designs were mostly adapted for agricultural applications where wind was utilised to pump water or

A variable speed motor does exactly what the name says – it provides variable speeds of operation, and delivers the speed required for the minute to minute needs. For example, when temperatures are extreme, the motor operates at a higher speed. On the other hand, when temperatures are mild, the motor operates at a slower speed, conserving energy. And reducing wear and tear on the motor. Conventional fans operate at a single speed, consistently consuming a higher rate of electricity than a lower speed fan would.