If you are good at self-learning and ask for advice humbly, it will be enough within two years if you have such an environment. Design institutes are in great need of such designers, but there are no installation and debugging positions. If it is an electrical installation company, it will need design capabilities. And people with debugging capabilities. There are many software for learning electric power design, such as PLC programming, CAD, frequency conversion, touch screen, fire protection system, and various safety-related knowledge (because electric power design must consider safety factors). Even if you get the certificate, you can use it in just one go. I know your level. The road is long. I have been doing this for more than 20 years. I keep learning as the power system is constantly changing. Don’t call me an expert. I am still a novice. Brother, work hard! I will only ask you the simplest question, how far away from the wall should the power distribution cabinet be designed and installed? This is the most commonly used in design drawings and is also the most considered.
What does wind power engineering technology do?
1. Basic construction, the main work is civil construction of wind turbine foundation, and may also include the construction of booster stations. Construction engineering qualifications are required, generally Any construction company can do it
2. Wind turbine crane installation work mainly includes wind turbine hoisting and electrical installation. It requires power equipment installation qualifications and at least 400T crane installation qualifications. Generally, provincial and municipal power construction companies have this Qualifications
3. The laying of collector lines mainly includes the laying or erection of on-site lines, which requires power equipment installation qualifications, and many construction units have them
4. Wind turbine debugging requires on-site equipment manufacturers Personnel to carry out debugging
5. Main transformer debugging requires debugging by the equipment manufacturer
Generally this is all, there may be some additional work such as SVC installation and debugging, communication line debugging, etc., which requires corresponding The construction team
I majored in mechanical and electrical equipment installation and debugging. What position will I be in after graduation? How much is the salary?
Wind power generation engineering technology The functions are as follows:
Wind power engineering technology mainly studies basic knowledge and skills in electrical engineering, sensor technology, high voltage technology, wind power technology, etc., and carries out wind power related equipment in wind power plants. Installation, commissioning, operation, inspection, maintenance, etc. Common wind power related equipment includes: wind turbines, generators, base rotors, towers, batteries, inverters, etc.
Course system: "Basics of Electrical Engineering", "Basics of Electronic Technology", "Mechanical Basics", "Electric Safety Knowledge", "Power Supply and Distribution Technology", "Wind Turbine Principles and Technology", "Electricity System Relay Protection", "Wind Energy and Wind Power Generation System Operation and Maintenance", "Sensor Technology", "Inverter Application Technology".
Employment direction of wind power engineering technology major:
Wind power engineering technology major is mainly engaged in on-site installation supervision and inspection of wind power equipment in wind power operation and maintenance enterprises. , defect elimination, technical transformation, debugging and operation, maintenance and other workYou can also work in wind power equipment manufacturing companies engaged in the manufacturing, sales, testing, research and development of wind power equipment, or find employment in power generation companies related to the State Grid.
More and more companies are entering the new energy industry and are in urgent need of a large number of professionals with relevant knowledge and skills. Some graduates of this major with excellent grades and strong comprehensive qualities will be awarded by multiple good companies at the same time. invitation, the overall employment situation is gratifying.
Whether it is better to be an electrical debugger who installs equipment outside or repair equipment in the factory
Doing electromechanical work is a good technical job, really! ! I also studied electromechanical. It can be roughly divided into two directions: if you are partial to machinery or if you are partial to electricity, go to machinery factories, automobile manufacturing and other industries. High electrical can go to some electronic companies, coal mining units and other positions: technical management and sales. These three jobs should all be specific related to electromechanical. The position will be fixed after graduation and internship, and the salary will be about 2,500-3,000. It is not a problem to earn 6,000-8,000 after working for three years...
It is better to go out to do debugging, which will be very helpful for future development. Big benefit. Furthermore, when you go out for installation and debugging, you will come into contact with a lot of equipment and encounter many problems. Every time you debug a piece of equipment, you will study the sample drawings of the equipment. You cannot do this in the factory. In the factory, you can only wait for the equipment to have problems. Only then will it be repaired