Why We Love generators for sale los angeles (And You Should, Too!)

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How does the diesel generator produce energy?

Generators are useful devices that supply electrical power during a blackout and prevent disruption of daily activities or business operations. Power generators are available in both electrical and physical configurations for use in a variety of applications. In short, we will see how a diesel generator works.

How does a generator work?

If you are interested in buying a diesel generator, it is important that you know how it works. An electrical generator is a device that converts mechanical energy obtained from an external source into electrical energy.

We must emphasize that a generator does not actually "create" electrical energy. Instead, it uses the mechanical energy supplied to it to force the movement of electrical charges found in the wire of its windings through an external electrical circuit.

This flow of electrical charge constitutes the power of the electrical current supplied by the generator. To understand this mechanism, you have to keep in mind that the generator is similar to a water pump, which causes the water to flow, but does not make the water flow through it.

A modern generator is based on the principle of electromagnetic induction proposed by Michael Faraday in 1831 and 1832. Faraday discovered that the flow of electrical charges occurs by moving an electrical conductor, such as a wire that contains electrical charges, in a magnetic field.

This movement generates a voltage difference between the two ends of the cable or electrical conductor. This causes electrical charges to flow, thus generating an electrical current.

Main components of a generator

The main components of an electric generator can be classified, to a large extent, as follows:

1. Engine

The motor is the mechanical power input source for the generator. Its size is directly proportional to the maximum power output that the generator can supply. There are several factors to consider when evaluating your generator engine.

You should check with the manufacturer for complete specifications on its operation and maintenance schedules.

2. Alternator

The alternator is the part of the generator that produces electrical energy from mechanical energy. It contains fixed and moving parts covered in a housing. The components work together to cause relative motion between magnetic and electric fields, which generate electricity. Among them are:

Stator: this is the fixed part. It contains a series of electrical conductors wound in coils on an iron base.

Rotor / Armature - This is the moving component that produces a rotating magnetic field.

3. Fuel system

The fuel tank can generally run for 6 to 8 hours on average. In the case of a small generator set, the fuel tank is part of the generator's slip-resistant base or is mounted on top of its frame. For commercial applications, it will be necessary to construct and install an external fuel tank.

4. Voltage regulator

As its name suggests, this component regulates the generator output voltage. The mechanism is described below:

to. Tension regulator

Converting an alternating current voltage to a direct current: the voltage regulator occupies a small part of the generator output from an alternating current voltage and converts it to direct current.

b. Exciter windings

Converting a Direct Current to an Alternating Current - Exciter windings now work similarly to stator winders and generate a small commercial generator rental alternating current. The exciter windings are connected to units called rotating rectifiers.