Until now, if you are a recent graduate, you usually have no practical experience. You must enter the production workshop of a photovoltaic company and learn the operator's profession. Once you have some experience and ability, you can become an operator. technician. If you are engaged in photovoltaic power generation (system), you must also have some experience. In the future, you will progress into engineering management. Regardless, specialization in solar photovoltaics is the most promising specialization. Now it's mostly limited by various factors, but I'll be fine.
Is it okay to specialize in photovoltaic materials, i.e. solar energy? What are the job prospects for this major? What developments will there be in the next 10 years?
Major in Energy and Energy Engineering'energy.
Energy and Power Engineering is committed to the use of traditional energy and the development of new energy, as well as how to use energy more efficiently. Energy includes not only traditional energy sources such as water, coal and oil, but also new energy sources such as nuclear energy, wind energy and bioenergy, as well as hydrogen energy which will be widely used in the future.
Energy includes
internal combustion engines, boilers, aircraft engines, refrigeration and related testing technologies. In 2012, the Ministry of Education adapted thermal energy and electrical engineering to energy and electrical engineering in the new version of the catalog of undergraduate main subjects.
What would you say about the photovoltaic solar energy sector?
Personally, I think that thismajor head is quite promising. I am not majoring in chemistry, but I am engaged in the solar energy industry.
With the current energy shortage, oil will be exhausted in the near future, so solar energy as a possible energy source will become more and more popular. As dependent on solar energy production, photovoltaic materials are naturally promising.
At present, the bottlenecks of solar power generation are: firstly, the cost of solar panels is too high, secondly, the conversion efficiency of solar panels is too weak. Today, scientists are doing their best to improve the efficiency of solar panels and reduce costs.
Of course, these are only reference opinions, and you should think twice before making the final choice.
It doesn't matter. There will be fewer people withneed for majors in photovoltaics in the future. However, because photovoltaic power generation will not become popular in a while, it will not become the main major.
For the main power generation specialty, of course, specializing in the production thermal, hydroelectric and nuclear energy. Including electrical systems and their automation, etc. Indeed: both wind energy and solar energy are subject to climatic and temporal constraints. When conditions are good (wind, sun), electricity can be produced; if conditions are poor, electricity will not be produced. However, electricity cannot be stored in large quantities, and users' power consumption cannot be changed at will. Therefore, when wind power and solar power are not available, other methods of electricity generation must be used.used to replace it. Since the start-up time of conventional power plants such as thermal power generation is very long and it is impossible to generate electricity within a few hours, these conventional generators can only operate normally, which does not It actually doesn't save much energy. Therefore, before solving the problem of large-capacity electric energy storage equipment, whether it is wind or solar power, solar power generation cannot change the climate