Inverter vs Generator

An inverter otherwise referred to as a power inverter is a special electronic device or circuit that can convert direct current into alternating current. In most cases, the input voltage, frequency, and the overall power handling are all influenced by the overall design of the particular device and its circuitry. It’s also important to note that the inverter does not produce any power, its power is acquired from a DC source. These types of devices may be primarily electronic or may perhaps be a combination of the mechanical benefits of various apparatus along with well-developed electronic circuits. The static inverters don’t utilize any moving parts in the conversion procedure.

Inverters can be used to produce a broad spectrum of wave types in regards to their unique circuit design. Some of the common wave types include sine waves, square waves and pulsed sine waves as well. The two most common waveforms found on inverters nowadays are primarily the sine wave and the modified sine wave. It’s also equally important to note that there are two main designs for producing plug-in voltages from perhaps a smaller voltage DC source. The first device uses special switching boost converter to generate a high voltage amount, and it then converts the voltage into AC. The second method can be used to convert DC to AC at the battery level, and it uses a line frequency transformer to produce the average output voltage.

Inverter vs Generator

In the conventional inverter circuit design, DC power if often sourced from a transformer through a main tap in the central winding section. Following this, the switch is then rapidly alternated on either section to enable the current to flow back to the DC source while following two different routes via one end of the main winding section. The change of direction in the current in the main winding section of the transformer converts the power into Alternating Current in the circuit.

The electromechanical version of the switching devices often comes with two stationary contacts along with a spring support for motion contact. The special sprint hoists the mobile contacts close to one of the stationary contacts, and electromagnetic force attracts the contacts to each other. Following this, the current that is produced in the electromagnet is disrupted the action of a special switch such that switch continually alternated on either side. These types of electromechanical inverter switches, otherwise known as a buzzer or vibrator, were initially used in vacuum tubes and radios in vehicles. Similar technology has also been implemented in buzzers and doorbells as well.

Many different power circuit designs and control strategies are used in the conventional inverter models; The varying design approaches are used to depict various factors that may are classified based on the intended use of the inverter.


A generator is a special device that is used to change mechanical energy into electrical energy. The electric power that is produced is then utilized in an external circuit or device. Some of the prevalent sources of mechanical energy include gas turbines, water turbines, and steam turbines as well. The first well-known generator to be created was the Faraday disk generator; that was build in 1831 by a British scientist known as Michael Faraday. It’s important to note that the modern-day generators are used to produce all the electricity for power grids today.

Main types of generators

Here are some of the main generators used today

Direct current generators

The bigger belt is driven high current dynamo produced well over 310 amperes at an average of 8 volts. However, the Dynamos are no longer used since they are large and are complicated to use especially when it comes to high power applications. The changes in direction that occur in the direction of current are often produced by a coil of wire that rotates in the magnetic field

Alternating current generators

Based on several technological improvements and advancements, the conventional design of the Dynamo was to be replaced by better innovations, particularly the AC alternator. The alternating current producing systems were known in simple forms from the original discovery of Michael Faraday’s magnetic induction of electric current. In fact, it was Faraday himself who developed the first well-known alternators.