WEN 56203i Super Quiet 2000-Watt Portable Inverter Generator w/Fuel Shut Off, CARB Compliant, Ultra Lightweight

 WEN 56203i Super Quiet 2000-Watt Portable Inverter Generator w/Fuel Shut Off, CARB Compliant, Ultra Lightweight

•  Ultralight body weighs in at a mere 39 pounds for easy transport and storage
• Extremely quiet operation comparable to the sound of a normal conversation according to the US Department of Health and Human Services
• Produces 2000 surge watts and 1700 rated watts of clean power for safe charging of sensitive electronics (phones, tablets, televisions, computers, etc.)
• Fuel shutoff maximizes the generator’s lifespan by using up the remaining fuel in the carburetor before shutting down
• Includes two three-prong 120V receptacles, one 12V DC receptacle, two 5V USB ports, and a two-year warranty

How to convert mechanical energy into electrical energy?

Mechanical energy is produced when an energy source is expended to create the physical motion of an object. In the case of a human being, the body burns nutrients from food, which are used to do jobs like pedaling a bicycle. In this case, the chemicals in the nutrients are converted into the physical and mechanical force to propel the bike. Mechanical energy can be converted into electrical energy through some type of generator where magnets and coils convert motion into Electro Motive Force (EMF), which is generally measured in volts.

Mount the car's alternator on the piece of plywood so that the alternator is upright. Use the bolts to secure the alternator in place, then place the flat surface of the wood in the corner of a wall to prevent the unit from sliding.

Fill the serrated groove of the alternator pulley with black electrical tape, and also make sure to cover the sharp edges of the pulley (on both sides of the grooved area) with the tape. The entire pulley should look like a rubber wheel once you've applied the tape generously.

Position the bike so the rear tire is resting on the taped pulley and lift the rear wheel of the bike off the ground, lifting it into the air by placing one or two railroad ties under the frame of the bike. Make sure the wheel is pressing against the pulley as hard as possible.

Plug the car alternator wire harness into the alternator socket. Strip 1 inch (2.5 cm) of the insulation from the two wires coming out of the harness. There should be a black wire and a red wire. The black will connect to the negative terminal of the car battery and the red will connect to the positive terminal.

Install the battery terminals on the bare wire ends, fixing the terminals on the wires with an appropriately sized screwdriver or wrench, depending on the type of terminal you have. Connect the terminal of the black wire to the negative terminal of the car battery, and then connect the red wire to the positive terminal of the battery. Squeeze to lock them in place.

Sit on the bike and start pedaling slowly. Watch the rear wheel of the bike begin to turn the belt pulley on the alternator. Pedal as fast as you can for about 15 to 30 minutes, making sure the bike doesn't tip over while resting on the railroad ties. Balance the bike in the same way as if you were galloping. The alternator will convert the mechanical energy of the bicycle wheel into electrical energy that will be stored in the battery.

Remove the battery terminals and connect any 12 volt DC device to the battery posts and see if the battery has enough charge to run the device for 1 to 5 hours, depending on how much power the device draws battery to operate. When the battery runs out, recharge with the bike and alternator system.

Tips
A more permanent system of bicycle-generated electricity can be designed with some mechanization work done on the rear of a bicycle and on the pulley of an alternator. The pulley on the alternator can be replaced by a bicycle sprocket, to which a chain is connected between the front sprocket of the bicycle and the alternator sprocket (the rear wheel is pulled out in such a device). A more stable and permanent mounting bike frame can also be realized, making the operation much simpler.

A generator of a certain type, consisting of internal coils and magnets, is always used to convert mechanical energy into electrical energy. The rotation of the magnets is carried out by the chain or belt interconnection between the mechanical movement (pedaling bicycle, automobile engine, water turbine) and the generator or transmission alternator.

Warnings
The electricity stored in the battery, no matter how it is produced, is very real. Never put the battery posts together because they can cause sparks and electric shock.

MECHANICAL ENERGY - EXAMPLES, ADVANTAGES AND DISADVANTAGES

Did you know that any form of energy is required to perform different jobs in our day to day? Many times without realizing it, we are converting energy from one way to another, that is why in this post; We want to tell you all about mechanical energy, which is, what are the types of mechanical energy and some examples where this energy is stored. Energy cannot be created or destroyed, it can only be converted from one form to another.

WHAT IS MECHANICAL ENERGY?

Mechanical energy can be due many times because of the position of the system or an object and is also known as potential energy. While kinetic energy is the energy that a system, or a body, possesses due to its relative motion. The total energy of the system is the sum of its potential and kinetic energy. This is known as the mechanical energy of the system.

We can then say that the formula for total mechanical energy of a system is the sum of the kinetic mechanical energy of the system and its potential mechanical energy.

TYPES OF MECHANICAL ENERGY

The types of mechanical energy are as follows

1. HYDRAULIC POWER
Hydropower, also called hydropower, or hydropower; It is used to generate electrical energy , taking advantage of the potential energy that falls from the water.

2. WIND ENERGY
This renewable energy, today is considered one of the most exploited energies, this energy is obtained through the wind . Spain is the third largest exporting country in the world in this type of energy.

3. TIDAL ENERGY
This type of tidal energy is obtained by taking advantage of the tides, this is also a type of renewable energy

EXAMPLES OF MECHANICAL ENERGY
There are several ways to generate energy, here are some examples of the transformation of mechanical energy and in what ways potential energy is often used.

1. HYDROELECTRIC PLANT
A hydroelectric plant is a clear example of conversion of mechanical energy to electrical energy . The mechanical energy of the water that falls from a waterfall is used to rotate the turbines that are present at the bottom of the waterfall and the rotation of these turbines is used to  generate electricity.

2.  STEAM MACHINES
The engines of steam-powered machines basically use thermal energy. This thermal energy is converted into mechanical energy that is used to run the locomotives; This is an example of converting thermal energy to mechanical energy.

 3.  INTERNAL COMBUSTION ENGINE
In an internal combustion engine, chemical energy is subsequently converted into mechanical energy. This conversion is achieved as the fuel burns. In this case the mechanical energy is used mainly to put the vehicle in motion.

4. WINDMILLS
Windmills are used in the generation of electricity. The kinetic energy of the winds causes the blades to rotate automatically. Windmills convert this kinetic energy from the winds into electrical energy.

 5.  A GAME OF BILLIARDS
When playing billiards, the mechanical energy of the cue is transferred to the billiard ball. This causes the ball on the table to move and cover a certain distance before it comes to a stop.

 6.  ELECTRIC MOTOR
An electric motor is used for the conversion of electrical energy into a usable form of mechanical energy. This process is the exact opposite of a generator. These electric motors are used for example in fans.

 7. L OCOMOTIVE
Electrical energy is used in locomotive engines where it is subsequently converted into mechanical energy. This mechanical energy comes in the form of the kinetic energy of a moving locomotive or vehicle.

 8.  BULLET
A bullet in motion has kinetic energy. A part of this kinetic energy is converted into thermal energy.

9. A DART GUN
A dart gun can store mechanical energy in the form of elastic energy. The dart gun has a spring that can store elastic energy when in a compressed position. This energy, when the spring relaxes, causes the dart to move. In this way, the elastic energy of the spring is converted into kinetic energy of the moving dart.

10. BALL ON A TABLE
When a ball is placed on a table and is at rest; it is at that moment that it has potential energy due to the height of the ball from ground level. Now if the ball falls off the table, the potential energy will start to convert to kinetic energy. Their sum, however, will remain constant and will be the total mechanical energy of the system. Just before the ball hits the bottom floor, the total potential energy of the system will drop to zero and it will only have kinetic energy.

In the examples where mechanical energy is stored, it is also stored as potential energy. There are also cases where a body has both types of energies simultaneously. Like an orbiting satellite, the Earth will have potential energy due to its position from the Earth's surface, as well as kinetic energy due to its relative motion relative to the planet.

ADVANTAGES AND DISADVANTAGES OF MECHANICAL ENERGY

- ADVANTAGES OF MECHANICAL ENERGY

Among the advantages of this type of energy we have above all, we see that it is one of the cheapest energies to generate, easy to obtain and is autonomous because it does not depend on any other energy to be able to generate power, it is much more efficient than a manual work and it is quite safe.

- DISADVANTAGES OF MECHANICAL ENERGY

One of the biggest disadvantages is above all the high cost, requiring constant maintenance, the machinery can become quite heavy, and many times over time they must be replaced, because they remain as obsolete machinery, accelerated thermal wear , there is a significant cost in the repair or replacement of the machine and it is necessary to train or specialize the personnel who will be in charge of said machine

At Aura Energía, we are committed to the environment, we are a light marketer that offers 100% renewable electricity.