After entering the Electric Power Bureau, I was successful in the postgraduate entrance examination,

There are two things to consider:

First, a master's degree is indeed helpful for work, others will look up to you, and there will be no obstacles to promotion for decades.

Second, after graduating from the master's degree, are you sure that you can still go home to the power supply bureau, this must be considered, if not, give up on the research (hehe, speaking of which we are also fellow countrymen, and the experience is strikingly similar, if it is suitable, you can leave me a ** in the station, I am a bachelor's degree graduate in 06, signed our Shandong Tai'an Bureau, assigned to scheduling, is also my hometown, and finally gave up the job to go to the graduate school, haha, and you are also Huadian, but it is a high-voltage insulation major, now... Alas, regret it!!

Of course, you have to decide for yourself, I'm really a negative textbook anyway.

Go to the Electric Power Bureau, it's not easy to have such a job, don't lose it after grad school.

You can get a job first, and if you are satisfied, you don't need to go to graduate school, because the entrance examination is to have a stepping stone, and the skills required for the job cannot be learned.

Iron rice bowl! The test does not conflict with the work of the Electric Power Bureau, you go in, say hello to the personnel department to go to graduate school on a full-time basis, sign something, and ensure that you will continue to work after you come back.

It's too easy to say upstairs, it's not easy to do. There are pros and cons to employment and graduate school entrance examinations, and if you want to pursue stability, you can get a job first, and if you want to pursue a higher career, you need to go to graduate school.

It should be okay, I think it's good that you can sign in to the city bureau now, and now Huadian's graduate students are not very easy to find jobs, if you are worried about the development of your career, you can study a working graduate student, but it is a little more expensive.

It's not easy to sign in to Shandong for work, so cherish it

It is very difficult for the State Grid Electric Power Research Institute to take the postgraduate examination.

It is recommended that non-power system majors do not apply for the examination, the annual enrollment number of the State Grid Electric Power Research Institute is 22, not 30 people on the enrollment brochure, and every year Southeast University and other famous schools are about 8 students, 10 years as many as 10 people, the annual professional course pressure is very low, more than 100 points is considered a high score, if you decide to apply for the exam, there is definitely no way back, because the professional course score is low, there must be no adjustment.

State Grid Electric Power Research Institute (hereinafter referred to as State Grid Electric Power Research Institute) is a scientific research unit directly under the State Grid Corporation, the State Grid Electric Power Research Institute has 17 research institutes, 8 industrial branches, and has created 9 subsidiaries, headquartered in Nanjing, the ancient capital of the Six Dynasties, known as Zhongshan Longpan and Shicheng Tiger Tower, with a hospital in Wuhan, and scientific research and industrial bases in Beijing, Shanghai, Shenzhen and other places.

The State Grid Electric Power Research Institute will continue to adhere to the responsibility of supporting the scientific and technological progress of the industry, and take the policy of "operating in good faith and becoming a trustworthy business partner for the majority of users", provide first-class technology, high-quality products and refined services, and make due contributions to the development of China's electric power and water conservancy undertakings of the State Grid Corporation of China.

At present, the main development points of the power industry are probably in three aspects: new energy, ultra-high voltage transmission, and support systems.

ForElectrical majors are notof students,There are a few things you will do after graduation

State Grid: (power saving, city power) good treatment, stable work. The power grid exam has a certain degree of difficulty, with a written test and an interview. It is still possible to prepare with serious efforts.

Corporate work: It is difficult to enter R&D positions, except for big guys. He is usually engaged in technical support, technology-related administration, sales and other positions. Nowadays, almost every unit will recruit electrical students, after all, there is no electricity in life.

Choose to go to graduate school: If you want to get a higher position, you can go to graduate school to learn more about your skills and knowledge. It is easier for graduate students to study the rubber limb institute than Liang Jingshi, and they can apply for R&D positions in enterprises and earn more.

The contents of the power electronics postgraduate examination include: power electronic devices and topology, power electronics conversion technology and control strategy, power electronics application in power system, and emerging power electronics technology.

1. Power electronic devices and topology.

Power electronics are the core components of power electronics technology, including a variety of transistors, diodes, and power modules. In the direction of power electronics, you will learn the characteristics, working principles and applications of different devices. In addition, it is necessary to have an in-depth understanding of the power electronics topology, such as rectifiers, inverters, AC balance regulators, etc.

These topologies are critical for power conversion and control, so it's important to learn how they work, how they perform, and how they're designed.

2. Power electronic conversion technology and control strategy.

Power electronics conversion technology is one of the important contents of the research direction of power electronics. This includes areas such as efficient power conversion, power factor correction, harmonic control, and more. In the course of the postgraduate examination, you will learn the principles, control methods and applications of different power electronic conversion technologies.

For example, take a closer look at pulse-width modulation (PWM) technology, which is widely used in inverters and AC regulators to enable efficient energy conversion. In addition, it is necessary to study harmonic compensation technology and multi-level inverter technology to improve the efficiency and quality of power conversion.

3. Application of power electronics in power system.

Power electronics are widely used in the regulation and control of power systems. In the direction of power electronics, students will learn about the application of power electronics in the fields of AC transmission, power quality improvement and renewable energy integration. For example, learn about the principles and control methods of power electronic drives in AC drive systems, as well as the design and implementation of power quality improvement devices such as active power filters.

In addition, the study of renewable energy integration technologies, such as power electronic interfaces and control strategies for wind and photovoltaic power generation systems, is also a hot area in the current and future power systems.

4. Emerging power electronics technology.

In addition to traditional power electronics technology, emerging power electronics technology is also an important point in the postgraduate entrance examination. This includes electric vehicle charging technology, the application of supercapacitors in power systems, and the innovation of power electronics in new energy storage systems.

With the rapid development of renewable energy and e-mobility, new power electronics technologies are emerging. It is necessary to pay attention to the principles, applications and challenges of these new technologies to contribute to the future energy transition and smart grid construction.

For electrical students, the best way out is to enter the State Grid!

1. School recruitment: Only a small number of graduate students majoring in electrical engineering can be recruited by school.

If you are a graduate student majoring in electrical engineering from 211 985 colleges, you can participate in the school recruitment instead of the unified examination, but the number of students admitted by the school recruitment is limited. If there is no unit to accept the school recruitment, or it is only a graduate student from an ordinary institution, it is also necessary to take the unified examination.

2. Number of admissions: The number of admission places for graduate students majoring in electrical engineering is not as large as that of undergraduate students.

In the 2019 State Grid Examination, taking Hebei Electric Power Company as an example, among the admission quotas for electricians, 80 were graduate students and 134 were undergraduates. In the second batch of electricians, there are 15 graduate students and 88 undergraduates.

3. Examination difficulty: The difficulty of the examination for graduate students majoring in electrical engineering is higher than that of undergraduates.

The subjects of the postgraduate examination for electrical majors include modern power system analysis and electrical network analysis, and the subjects are difficult and the examination is difficult. These two subjects are not included in the undergraduate examination for electrical majors, and the difficulty of the examination is relatively low.

4. Entry unit: To a certain extent, there is not much difference between the entry unit.

The positions assigned to graduate students include city bureaus and county bureaus. The undergraduate direct examination for power grid, the course difficulty is low, the admission ratio is high, and if the score is good, you can also enter the municipal bureau unit.

5. Education: Undergraduate students can continue to take the postgraduate examination after entering the school.

If undergraduates want to make further progress in their academic qualifications, they can continue to take the postgraduate entrance examination to obtain a graduate degree and degree, and they can earn an extra three years of salary.

Now the design, scientific research and commissioning departments of the power grid company, the electric power design institutes and research institutes at or above the provincial level, etc., only accept students with master's degree or above.

First take the postgraduate examination of this major, and then enter the State Grid. The salary will be much higher.

The direction of electrical engineering is mainly focused on electrical and electrical appliancespower systems and their quiet automation, high voltage and insulation technology, power electronics and power transmission, electrical theory and new technology 5 directions.

Graduate Employment in Electrical Engineering:

The electrical engineering major cultivates high-level engineering and technical talents with a wide caliber and compound type, so the graduates of this major show the characteristics of "many points, wide area and strong adaptability" when they are employed.

Generally speaking, graduate students majoring in electrical engineering can be engaged in the fields of electrical engineering-related system operation, automatic control, power electronics technology, information processing, test technology, research and development, economic management, and electronic and computer technology application, and can also go to power plants at all levels, power supply bureaus, power grid dispatching and imitation institutes, and various large and medium-sized enterprises to engage in power design, construction, commissioning, production, operation, management, market operation, scientific and technological development and technical training.

or engaged in the maintenance, overhaul, installation and commissioning of electrical equipment. In addition, graduates of this program can work in electrical technology in other industries.

It should be noted that many units will consider the specific professional direction of the graduates when recruiting electrical graduates. Generally speaking, graduates in the direction of power electronics are suitable for private or state-owned high-tech enterprises (such as Hisense, Foxconn, Emerson, ABB, Microsoft), military enterprises, aerospace enterprises or imitation fiber provincial and municipal power companies, electric power design institutes, etc., while graduates majoring in strong electricity or related electric power majors such as electric motors, high voltage, power systems and electric early ases engineering theory are suitable for research institutes, power plants or power grid companies.