(1) The overall status quo of the temperature control equipment industry: temperature is an important environmental variable in industrial production, and in some production links, only by maintaining a certain temperature in accordance with the process regulations can product quality and equipment safety be guaranteed. Temperature control equipment mainly refers to the equipment that regulates and controls the temperature or temperature difference by heating or cooling means according to the requirements of industrial equipment and process devices for the working environment. Most of the industrial manufacturing process will produce heat, which will correspondingly produce thermal deformation and thermal aging of the equipment, and then affect the production efficiency and life of the equipment, temperature control equipment can effectively control the temperature in the manufacturing process to protect industrial equipment and meet the requirements of specific manufacturing processes. Temperature control equipment can be used in traditional industrial temperature control, data center temperature control, energy storage temperature control, new energy temperature control, mobile phone thermal management and other fields.
There is a certain demand for semiconductor special temperature control equipment in all aspects of wafer manufacturing, and the market demand for semiconductor special temperature control equipment continues to rise due to the continuous expansion of China's wafer manufacturing production lines in recent years. Affected by factors such as the continuous expansion of downstream application scenarios and the sustained and rapid growth of the information technology industry, the market space for temperature control equipment will further increase. With the development of the Internet, big data and cloud computing, the number and scale of China's data centers and the number of new base stations have been at a high level in recent years, and the demand for higher-performance temperature control equipment has also increased significantly in the update and iteration of information technology infrastructure. The market size of new energy vehicles and energy storage has grown rapidly in recent years, and thermal management in the field of new energy vehicles and energy storage has become an important issue, so there is also a high demand for temperature control equipment in related fields in recent years.
According to estimates, the total market size of the domestic temperature control equipment market (including traditional industrial temperature control, data center temperature control, energy storage temperature control, new energy, mobile phone thermal management and other fields) in 2021 was 100.4 billion yuan, and it is expected to exceed 190 billion yuan in 2025, with an average annual compound growth rate of 17% from 2021 to 2025.
2) The current situation of the demand for temperature control equipment in the semiconductor industry: In the process of wafer manufacturing, temperature is a very important process parameter, and semiconductor special temperature control equipment is mainly used to deal with the temperature parameters in the process to ensure that the process of each link of wafer manufacturing can meet the specific temperature control requirements. The working principle of the semiconductor special temperature control equipment is to use the refrigeration cycle and the heat exchange principle of process cooling water to control the temperature, flow rate and pressure of the circulating liquid used in the semiconductor process equipment with high precision. According to the statistics of CICC, from 2018 to 2022, the global semiconductor special temperature control equipment market space will increase from 50.8 billion US dollars increased to 69.8 billion US dollars, the domestic semiconductor special temperature control equipment market space in the same period increased by 1$1.2 billion to $1$6.4 billion. From 2018 to 2022, the global and Chinese semiconductor special temperature control equipment market space is as follows:
Analysis of the current situation of the global semiconductor special temperature control equipment market size from 2018 to 2022.
Data collation: CICC Enterprise Credit International Consulting.
2018-2022 China semiconductor special temperature control equipment market size and Jingyi equipment market share analysis.
Data collation: CICC Enterprise Credit International Consulting.
3) Analysis of main competitive products: At present, the main domestic semiconductor special temperature control equipment manufacturers are Jingyi Equipment, ATS Company, SMC Company, and the market share of the products of the above three companies is basically the top three in the domestic market. This competitive product comparison selects the products of the company's main competitors in the domestic market for comparison. The performance parameters involved in this comparison are as follows:
The product models selected for this competitive comparison are as follows:
Feasibility study report on semiconductor special temperature control equipment project prepared by CICC Qixin
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The feasibility study report, referred to as feasibility study, is a written material put forward in the early stage of formulating production, infrastructure and scientific research plans, through comprehensive investigation and research, analysis and demonstration of the feasibility of a construction or renovation project, a certain scientific research and a certain business activity.
The feasibility study report of the project is mainly through the main content and supporting conditions of the project, such as market demand, resources, construction scale, process route, equipment selection, environmental impact, financing, profitability, etc., from the technical, economic, engineering and other aspects of investigation, research and analysis and comparison, and the financial, economic and social impact that may be obtained after the completion of the project, so as to put forward whether the project is worth investment and how to carry out the construction of the advice. A comprehensive analysis method that provides a basis for project decision-making.
The feasibility study has the characteristics of foresight, impartiality, reliability and scientificity. Feasibility study report is to determine the construction project before the decisive work, is before the investment decision, the proposed project for a comprehensive technical and economic analysis and demonstration of the scientific method, in investment management, feasibility study refers to the proposed project related to the natural, social, economic, technical and other research, analysis and comparison and social and economic benefits after completion.
Chapter I: General 1
1.1Project Background 1
1.2Conclusion of the feasibility study 3
1.3 Table 10 of the main economic indicators
Chapter 2 Project Background and the Need for Investment 12
2.1Background to the presentation of the project 12
2.2 The necessity of project construction 15
Chapter 3 Market Analysis and ** 17
3.1 Analysis of the current state of the market 17
3.2Technical Analysis 21
3.3. Project Market Analysis 23
3.4. Project Competitiveness Analysis 30
Chapter 4 Construction Conditions and Site Selection 31
4.1. Geographical location of the construction site 31
4.2Construction conditions 31
4.3Favourable conditions for project implementation 34
4.4. Introduction to the main business 36
Chapter 5 Technical Solutions 38
5.1Guiding ideology 38
5.2Construction Principles 38
5.3Project composition 39
5.4Selection of technical solutions 40
5.5Implementation plan 44
5.6Summarizing the scheme 45
Chapter VI Policy Research 48
6.1Policy environment 48
6.2Market environment 49
6.3Social environment 50
Chapter VII Operational Measures 55
7.1Operational specifications 55
7.2Operational indicator analysis 56
7.3Operational Philosophy 57
7.4Co-construction measures 58
7.5 Project Advantages 58
Chapter VIII Environmental Protection 60
8.1. Environmental protection implementation standard 60
8.2Environmental and ecological status 60
8.3. Major pollution sources and pollutants 60
8.4Environmental protection measures 62
8.5Environmental Monitoring and Environmental Protection Agency 64
8.6Public participation 65
8.7Environmental Impact Assessment 65
Chapter 9 Occupational Safety and Health and Fire Protection 66
9.1Occupational health and safety 66
9.2Fire Safety 68
Chapter 10 Organizational Structure and Human Resource Allocation 71
10.1Organization 71
10.2Human resources allocation 72
10.3Project management 73
Chapter 11 Project Management and Implementation Progress 74
11.1 Project Construction Management 74
11.2Project supervision 74
11.3 Project construction period and schedule 75
Chapter 12 Investment Estimation and Financing 77
12.1Investment estimates 77
12.2Financing 79
12.3Investment Use Plan 79
12.4Investment Estimate Table 80
Chapter 13 Project Bidding Scheme 81
13.1 General Provisions 81
13.2 Tendering procedures adopted for projects 82
13.3 Tender content 82
CHAPTER XIV Financial Evaluation 84
14.1Basis and scope of financial evaluation 84
14.2Basic data and parameter selection 84
14.3Financial benefits and cost estimates 84
14.4Financial analysis 86
14.5Uncertainty analysis 88
14.7Conclusions of the financial evaluation 90
Chapter 15 Project Risk Analysis 91
15.1Identification of risk factors 91
15.2Risk assessment 92
15.3Research on risk countermeasures 93
Chapter 16 Project Benefit Analysis 96
16.1 Direct benefit analysis 96
16.2. Drive benefit analysis 96
Chapter XVII Conclusions and recommendations 98
17.1 Conclusion 98
17.2Recommendation 98