There is a voltmeter on the dashboard to see if the voltage is above 28 volts or there is an indicator light to see if electricity is being generated. You can also use a multimeter to directly measure the voltage on the alternator. If the voltage is too low, measure whether there is electricity in the alternator's magnetic field lines. If there is electricity in the magnetic field, there is a problem with the generator. If there is no electricity in the magnetic field, it means the regulator or ignition switch is broken.
The generator, invented by Faraday on September 23, 1831, is a motor that converts mechanical energy into electrical energy. Typically driven by a steam turbine, water turbine, or internal combustion engine. Electric power is one of the most important energy sources in modern society. Generators are widely used in industrial productionand agriculture, national defense, science and technology and daily life. Generators are divided into two categories: DC generators and AC generators. These can be divided into two types: synchronous generators and asynchronous generators. The synchronous generator is most commonly used in modern power plants.
Due to the different forms of energy, different generators can be made.
Hydraulic generators can be made using water conservation resources and hydraulic turbines; Due to different reservoir capacities and water fall heights, hydrogenerators of different capacities and speeds can be manufactured.
Using coal, oil and other resources, combined with boilers and steam turbines, turbogenerators can be made. Most of these generators are gra enginesnde speed (3,000 rpm).
Also, there are different types of generators that use wind energy, atomic energy, geothermal energy, tides and other energies.
In addition, due to different operating principles, generators are divided into DC generators, asynchronous generators and synchronous generators. The large generators currently widely used are synchronous generators.