Why can't ordinary people get into the power plant?

The reason why ordinary people can't get into the power plant is that the recruitment threshold is high, the working environment is dangerous, the labor intensity is high and the salary is relatively low.

High recruitment threshold: In general, to recruit technicians or skilled workers in power plants, it is necessary to have a certain academic background and professional background, and it is necessary to pass strict examination before entering the power plant.

Dangerous working environment: the working environment of power plants is relatively harsh, especially thermal power plants, which have certain safety risks. At the same time, the work of the power plant is also relatively boring, and it needs to face problems such as high temperature, high pressure, noise and pollution.

High labor intensity: The power plant has a relatively high working intensity and long working hours, and it needs to stand, bend over and lift heavy objects for a long time, which has a certain impact on health.

Relatively low salary: Compared with other industries, the salary of power plants is relatively low, and it may be difficult for some candidates without background and experience to work in power plants. Of course, the power plant will also recruit according to different positions and regions, and will also give qualified candidates certain opportunities. In addition, if you have relevant technical background and experience, you may also enter the power plant through internal recommendation.

Classification of power plants

Thermal power plant: Thermal power plant is mainly composed of four key components, namely boiler, steam turbine, condenser and generator. Fuel combustion converts chemical energy into heat energy, heats the water in the boiler into steam, then the steam heat energy drives the steam turbine to do work, then the heat energy is converted into mechanical energy, and then the mechanical energy is converted into electrical energy by the generator, thus completing the whole power generation process.

Hydroelectric power plant: Hydroelectric power generation refers to introducing river water, lake water and river water from high places to the downstream to form a gap to drive the turbine to rotate and the generator to generate electricity. A power plant that generates electricity by a hydro-generator set is called a hydropower plant.

Nuclear power plant: steam is generated by the thermal energy released by the slow fission of nuclear fuel in the atomic reactor to drive the steam turbine, and then the generator is driven to rotate to generate electricity. Power plants that mainly rely on nuclear energy to generate electricity are called nuclear power plants. According to the types of nuclear reactors, nuclear power plants can be divided into pressurized water reactors, boiling water reactors, gas-cooled reactors, heavy water reactors and fast neutron breeder reactors.