The interaction of factors such as policy regulation, economic cycle, supply and demand, urbanization process, population aging and international environment has led to fluctuations and even declines in the real estate market. Many small partners in the design institute have already felt the pressure, the number of projects has decreased, the bonus at the end of the year has decreased sharply, or there are projects but the requirements have increased, but the money has become less. But if you completely jump into an unfamiliar industry, the previous industry accumulation will be in vain, and you have to roll up with fresh graduates.
So in 2024, friends of the design institute, in addition to doing your own job well (after all, the economic situation is quite poor, it is also very important to keep your job, and you should work hard to draw a picture), it is time to think of a way out.
Keep your job
With the continuous decline of the economic situation and the impact of excessive real estate leverage in the past few years, China has entered the era of national debt, and there are currently more than 7800 million people are in debt, of which 400 million are facing the dilemma of not being able to repay their credit cards, and the overdue amount has exceeded 200 billion.
It is still necessary to keep a job, and to open the network is to lay off employees and lose their jobs. When there is no cash flow at all, people's anxiety will reach its peak, and of course some people can accept a gap a year, to travel, to grow. However, in East Asian culture, it is still difficult for many people to accept, especially those with families, and the family members do not fully agree. If you have a mortgage, a car loan, and a baby, not having a job is a disaster.
The main thing is that the economic situation is poor, and highly educated young people are rolling, what advantages do you have in lying flat? It is not impossible to study full-time to improve, but some choices will make people feel more at ease, and a stable cash flow will give people a sense of stability (except for local tyrants). Not everyone can take off Kong Yiji's long shirt to be a security guard. The examination has a ratio of 1:300 at every turn, and there are professional restrictions, and it is not easy to go ashore.
Therefore, the research and verification, the evaluation of professional titles and professional titles, and the profession also need to be refined. Although the gold content of these certificates is not as good as before in recent years, it is still an affirmation of your professional ability, and you can still have an advantage when you are barely employed.
Think about changing careers
At the end of the day, everyone comes out to work to make moneySince we have chosen to change careers, we must not only go to the most lucrative industry, but also to the most lucrative field in the industry.
Prospects for the development of the photovoltaic industry
Photovoltaic power generation is an indispensable and important component of renewable energy. As of 2022, the capacity of photovoltaic power generation has reached 270,000 megawatts, accounting for about one-third of the world's renewable energy capacity. With the increasing investment in renewable energy in countries around the world, the photovoltaic power generation market will continue to expand. It is estimated that by 2025, the scale of global investment in photovoltaic power generation will exceed 1$2 trillion.
Today, the international photovoltaic market is in the stage of technological competition and decline, and high efficiency, low cost and high quality have become the key to the development of the industry. With the emergence of new technologies such as monocrystalline silicon technology, polycrystalline silicon technology, heterojunction technology, amorphous silicon technology, dye-sensitized solar cells, organic solar cells, and perovskite solar cells, the technological progress of photovoltaic power generation has also made great progress. It is expected that in the future, with the continuous progress of technology and the continuous reduction of costs, the application scenarios of photovoltaic power generation will be more extensive, and the application prospects will be broader.
After reading the above article, no matter how many years of construction people, you may have the first reaction: change careers! But many people from school to work, are engaged in construction, almost no other skills, plus the industry often works overtime, and there is no time to develop side hustles and hobbies, the skills to change careers are almost 0, and there is a threshold for high wages in other industries, and it is not easy to do without a threshold. Haitou's resume is sinking into the sea. It is best to change careers that are related to the current industry, use the current skills, or subdivide, or extend.
1. Photovoltaic power station system design
1. Overview of photovoltaic power generation system design.
2. Analysis of solar radiation resources.
3. Site selection and planning capacity (1).
4. Site selection and planning capacity (2).
5. Photovoltaic array design (1).
6. Photovoltaic array design (2.
7. Technical wood requirements for photovoltaic carbon Shenjing network.
8. Selection of electrical equipment in photovoltaic area (1).
9. Selection of electrical equipment in photovoltaic area (2).
10. Photovoltaic power generation system bracket and foundation selection design.
11. Optimization design of photovoltaic power station system.
12. Comparison and selection of design schemes.
13. The significance, methods and main indicators of economic evaluation.
Second, pvsyst practice
14.Introduction to PVSYST and quick start.
15. Database: establishment of meteorological stations, monthly meteorology, hourly hour generation, meteorological data viewing and modification.
16. Database: Component PAN File model creation and precautions.
17. Database: inverter OND model creation and precautions.
18. Case practice: understand the process of power generation simulation through simple household photovoltaic (including 3D modeling of the user's roof system and zone tools).
19. Case practice: medium and large power stations; Meteorological data import; module and inverter selection; spacing calculations; Guidelines for using third-party placement software.
20. Case practice: power station system configuration; According to the electrical connection method, determine the layout scheme, simulate the 1-V curve, etc.
21. Case practice: loss settings such as component heating loss, cable loss, transformer loss, mismatch loss, component linear attenuation, and unavailability.
22. Qin example practice: P50 and P90**, multi-year power generation**.
23. Case practice: power generation ** report interpretation of loss flow circle, data export and analysis.
24. Case practice: Modeling of other types of power station arrays (including obstacle shadow analysis.)
25. Double-sided power generation system ** and parameter setting, batch **.
26. Frequently asked questions and answers.
3. Bracket design
27. Detailed explanation of the calculation content and modeling skills of photovoltaic bracket design (above).
28. Detailed explanation of the calculation content and modeling skills of photovoltaic bracket design (II).
29. Load types and calculation methods (above).
30. Load types and calculation methods (below.)
31. Design and calculation analysis of Shuangligui fixed bracket (above).
32. Design and calculation analysis of Shuangligui fixed bracket (below).
33. Basic design and calculation of centralized photovoltaic brackets (I).
34. Basic design and calculation of centralized photovoltaic brackets (II).
4. Course instructors
5. Training objects
1.Technical personnel of power station investment enterprises.
2.Technical management personnel of EPC general contracting enterprises.
3.Bracket designer.
4.Photovoltaic designer of Electric Power Design Institute.
5.Photovoltaic structural designer.
6.Photovoltaic power station operation and maintenance engineer.
6. Highlights of photovoltaic design training
This course adopts the whole online teaching method, and the teaching is flexible and diverse through first-class teaching. With just a mobile phone, you can start learning and break the constraints of time and space. At the same time, the course supports repeated learning, consolidating knowledge at any time, and systematically improving work ability. In addition, we also provide students and lecturers with accurate photovoltaic value*** so that students can share their experiences, interact with each other in the community, and get to know more network resources. In addition, supporting learning materials include handouts and courseware for students to study and review on their own, improve work efficiency and ensure that they have learned something.