1. Overview of the energy storage temperature control industry.
The temperature control system is an important guarantee for the safety of energy storage, and it is also one of the important factors to improve the life of the system. Due to the large battery capacity and power of the energy storage battery system, the high power density has high requirements for heat dissipation, and the energy storage system is prone to problems such as battery heat production and uneven temperature distribution, compared with the temperature control of new energy vehicles and data centers (IDC), the core of electrochemical energy storage temperature control is to improve the service life and safety, and the space restrictions on temperature control equipment are relatively relaxed. The common scenario of electrochemical energy storage is outdoors, and more emphasis is placed on the service life and stability of temperature control equipment and the operation and maintenance cost of temperature control solutions, and the requirements for the volume and weight of the equipment are relatively relaxed.
Horizontal comparison of electrochemical energy storage, new energy vehicles, and IDC temperature control.
Source**: Guanyan Report Network.
As a sub-section of the energy storage industry, energy storage temperature control has limited market space, but it is growing rapidly. Especially in recent years, the frequent safety accidents of large-scale energy storage facilities have made the industry pay special attention to safety issues. In the past decade, there have been about 36 accidents at electrochemical energy storage power stations.
Source**: Guanyan Report Network.
Second, the rapid development of the electrochemical energy storage market has promoted the expansion of the energy storage temperature control market.
The development of the electrochemical energy storage market has played a driving role in the expansion of the energy storage temperature control system market. In recent years, the installed capacity of electrochemical energy storage has continued to grow based on multiple factors such as the endogenous power of the industry and the goal of "carbon peak and carbon neutrality", as well as the stimulation of overseas demand markets. By the end of 2022, 194 electrochemical energy storage power stations have been newly put into operation in China, with a total power of 368 GW, total energy 786 GWh, accounting for 60 percent of the total energy of the power stations put into operation16%, a year-on-year increase of 17581%。With the rapid growth of renewable energy installed capacity, the demand for various regulatory resources in the power system has grown rapidly, and the implementation of new energy storage projects has accelerated. According to incomplete statistics, since the beginning of this year, more than 20 companies in the upstream and downstream of the new energy storage industry chain have announced the latest energy storage project construction plans, and Tesla has also settled its own energy storage super factory in China. At the same time, a number of energy storage production line construction projects that will start construction in 2022 are expected to be put into operation this year.
At the same time, the encouragement of policies and the improvement of battery manufacturing technology have made the average LCOE of electrochemical energy storage systems decrease year by year. It is expected that in the next few years, with the further development of technology and the emergence of scale effect, the cost of electrochemical energy storage will continue to decline, promoting the large-scale application of the industry, and it is expected that the cumulative installed capacity of electrochemical energy storage in China will reach 50GW in 2025 and 250GW in 2030.
Source**: Guanyan Report Network.
3. Liquid cooling has significant advantages and is expected to become the mainstream solution in the future.
1. The liquid cooling solution has higher heat dissipation efficiency and better temperature difference control.
Energy storage temperature control technologies mainly include air cooling, liquid cooling, heat pipe cooling, phase change cooling and other technologies. Specifically, air cooling has maintained a high penetration rate due to its high technical maturity, low cost, and stronger economy in the energy storage system, but its low heat dissipation efficiency, large footprint and uneven battery temperature distribution have always plagued the industry.
Classification of energy storage temperature control technology.
Source**: Guanyan Report Network.
In contrast, liquid cooling has a higher thermal conductivity efficiency, which can effectively reduce the risk of thermal runaway of the battery. Especially in recent years, the scale of energy storage power stations has continued to rise, and the demand for energy storage at home and abroad has exploded. From 280Ah to 300Ah and then to 580Ah, the capacity of battery cells is getting larger and larger, and the risks associated with thermal management and overall efficiency are also increasing, so liquid cooling solutions with higher heat dissipation efficiency and better temperature difference control are more popular.
A number of manufacturers have released energy storage cells with a capacity of 300ah and above.
Source**: Guanyan Report Network.
More importantly, in the early days, due to the limitations of component precision and material technology, the initial cost of liquid cooling system was higher than that of air cooling, but under the plan of operators, Inspur Information, Supermicro and other leading companies to actively deploy liquid cooling, the current price of liquid cooling energy storage system has been lower than that of air cooling. In the future, with the continuous improvement of the market share of liquid cooling, the production lines of enterprises in the industry will continue to adjust to liquid cooling, the shipment volume will continue to increase, the scale effect will appear, the integration of the superimposed system will continue to improve, and the unit cost of the liquid cooling system will be further reduced.
Source**: Guanyan Report Network.
2. Major mainstream integration manufacturers intensively launch liquid-cooled products.
In this context, in recent years, mainstream manufacturers have intensively launched liquid-cooled energy storage system products. In 2021, CATL launched the outdoor prefabricated cabin system Enerc based on liquid-cooled CTP electrical box technologyIn May 2022, Sungrow launched PowerTitan for large-scale ground power stations and PowerStack for industrial and commercial energy storage, both of which use liquid-cooled systems, and Kehua Digital Energy and SVOLT also launched liquid-cooled energy storage system solutions. In 2023, many energy storage integrators such as Envision Energy, Baoguang Zhizhong, and Wotai Energy will launch the best liquid-cooled energy storage system products.
Compared with air-cooled products, these newly launched liquid-cooled products have significantly improved energy density and battery life. Sungrow's PowerTitan products achieve a temperature difference of less than 2 for all cells5°C to extend the battery life by more than 2 years. Hypersitron's HyperA2-C3354 and HyperA2-C6709 products achieve a temperature difference of less than 3°C and extend battery life by 20%. BYD's CUBE T28 product space utilization is much higher than that of traditional air-cooled systems with reserved air ducts. CATL's NERC products have nearly twice the energy density compared with traditional air-cooled systems, and can control the temperature difference of 416 cells in a single cluster within 3°C, and the temperature difference between 4160 cells in the whole system within 5°C. In the future, after the product richness of integrators is improved and some liquid cooling projects are verified, the acceptance of liquid cooling solutions by terminal owners will gradually increase, and its penetration rate is expected to usher in a rapid increase.
Since 2022, energy storage integrators have released many new liquid cooling products.
Source**: Guanyan Report Network.
Guanyan Tianxia analyst's view: although the liquid cooling solution is good, customization is the background color of the industry's development. For example, the shape, size, and material of the liquid-cooled pipes need to be selected and designed according to actual needs, which will inevitably increase the cost of the solution, so for some low-cost, large-scale energy storage projects, the air-cooled solution may be more competitive. Overall, the winners of the market in the future may come from companies with strong design capabilities.
Fourth, temperature control manufacturers have cut into the energy storage temperature control track, and the future industry may now have a pattern of "one super and many strong".
In recent years, driven by the demand for downstream energy storage, major manufacturers have made efforts to energy storage temperature control track. In addition, due to the same root and origin of the four underlying technologies of temperature control, for temperature control manufacturers in other industries, the existing cooling technology can be better extended to energy storage temperature control, which is also one of the important reasons why enterprises have successively cut into the energy storage temperature control track.
At present, energy storage temperature control enterprises generally cut into other tracks, mainly precision temperature control enterprises, new energy vehicle temperature control enterprises, and industrial temperature control enterprises, and their inherent advantages are partly different. Generally speaking, data center temperature control equipment companies have accumulated more technology in the field of air coolingIndustrial cooling equipment companies have used more liquid cooling technology before;The power battery thermal management companies have been relatively deeply bound to battery manufacturers. As enterprises in different industries have successively entered the energy storage temperature control track, the future energy storage temperature control industry may present a market pattern of "one super and many strong", among which Invic is expected to become the "one super" in the energy storage temperature control industry by virtue of its first-mover advantage and non-standardized technology accumulationTongfei Co., Ltd. and Gaolan Co., Ltd. are expected to become the "strongest" in the energy storage temperature control industry by virtue of their differentiated advantages.
A major player in energy storage temperature control.
Source**: Guanyan Report Network.
Fifth, the gross profit margin level of the industry tends to be stable, basically maintained between 25% and 30%.
At present, the gross profit margin of the energy storage temperature control industry is about 30%, which is relatively high compared with other links in the industrial chain. This year, the customization of energy storage temperature control products is more obvious, and some devices can be released to use domestic components, so although the overall decline has been made, the profitability has not changed much, and the first-line companies are still maintained at 30%. Considering the development of energy storage temperature control products towards modularization and standardization, the gross profit margin of the industry may decline slightly. Due to the similarities between data centers and energy storage temperature control solutions, taking the temperature control equipment in the computer room as a reference, the gross profit margin of Invic computer room temperature control equipment has shown a downward trend from 2018 to 2022, and has remained at about 25% in the past three years, and it is expected that the gross profit margin of energy storage temperature control will remain at a similar level in the steady state.
Guanyan Tianxia analysts' view: although the selection of domestic components will help the industry reduce costs, energy storage system integrators are not urgent for temperature control cost reduction, they are still more willing to choose high-quality, stable performance of the head temperature control manufacturers. This is also in line with the current industry pattern of the domestic energy storage temperature control market, and the leading enterprises have obvious advantages in technological innovation, product layout, capacity expansion and market share. （lzc）
Note: The above information is for reference only, please refer to the body of the report for details.
The "In-depth Analysis and Development Prospect of China's Energy Storage Temperature Control Industry (2023-2030)" released by Guanyan Report Network covers the latest industry data, market hotspots, policy planning, competitive intelligence, market prospects**, investment strategies, etc. It is supplemented by a large number of intuitive charts to help enterprises in the industry accurately grasp the development trend of the industry, market trends, and correctly formulate corporate competitive strategies and investment strategies. Based on authoritative data released by the National Bureau of Statistics, the General Administration of Customs and the State Information Center, this report combines the environment in which the industry is located, and conducts market research and analysis from multiple perspectives such as theory to practice, from macro to micro.
The industry report is one of the important decision-making bases for enterprises, relevant investment companies and first-class departments in the industry to accurately grasp the development trend of the industry, gain insight into the industry competition pattern, avoid business and investment risks, and formulate correct competition and investment strategy decisions. This report is an indispensable and important tool for a comprehensive understanding of the industry and for investing in the industry. Over the years, Guanyan has provided professional industry analysis reports for tens of thousands of enterprises, consulting institutions, financial institutions, industry associations, individual investors, etc., and its customers include Huawei, PetroChina, China Telecom, China Construction, HP, Disney and other leading enterprises at home and abroad, and have been widely recognized by customers.
Catalog Outline] Chapter 1 Overview of the development of China's energy storage temperature control industry from 2019 to 2023.
Section 1 Overview of the development of the energy storage temperature control industry.
1. Relevant definitions of energy storage temperature control industry.
2. Analysis of temperature control characteristics of energy storage.
3. Introduction to the basic situation of the energy storage temperature control industry.
Fourth, the business model of the energy storage temperature control industry.
1. Production mode.
2. Procurement mode.
3. Sales and service model.
5. Analysis of the main demand of the energy storage temperature control industry
Section 2 Life cycle analysis of China's energy storage temperature control industry.
1. Overview of the life cycle theory of the energy storage temperature control industry.
2. Life cycle analysis of the energy storage temperature control industry.
Section 3 Analysis of economic indicators of energy storage temperature control industry.
1. Profitability analysis of the energy storage temperature control industry.
2. Economic cycle analysis of the energy storage temperature control industry.
3. Analysis of the improvement of the added value of the energy storage temperature control industry.
Chapter 2 Analysis of the market development status of the global energy storage temperature control industry from 2019 to 2023.
Section 1 Review of the development process of the global energy storage temperature control industry.
Section 2 Market size and regional distribution of the global energy storage temperature control industry.
Section 3 Regional Market Analysis of Asian Energy Storage Temperature Control Industry.
1. Analysis of the market status of Asia's energy storage temperature control industry.
2. Analysis of the market size and market demand of the energy storage temperature control industry in Asia.
3. Analysis of the market prospect of the Asian energy storage temperature control industry.
Section 4 Regional Market Analysis of North American Energy Storage Temperature Control Industry.
1. Analysis of the market status of the North American energy storage temperature control industry.
2. Market size and market demand analysis of North American energy storage temperature control industry.
3. Market prospect analysis of North American energy storage temperature control industry.
Section 5 Regional Market Analysis of European Energy Storage Temperature Control Industry.
1. Analysis of the market status of the European energy storage temperature control industry.
2. Analysis of the market size and market demand of the European energy storage temperature control industry.
3. Analysis of the market prospect of the European energy storage temperature control industry.
Section 6 Distribution trend of the world's energy storage temperature control industry from 2023 to 2030**.
Section 7 Market size of the global energy storage temperature control industry from 2023 to 2030**.
Chapter 3 Analysis of the industrial development environment of China's energy storage temperature control industry.
Section 1 Analysis of China's Macroeconomic Environment.
Section 2 Analysis of the impact of China's macroeconomic environment on the energy storage temperature control industry.
Section 3 Analysis of the policy environment of China's energy storage temperature control industry.
1. The current situation of the industry regulatory system.
Second, the main policies and regulations of the industry.
3. Main industry standards.
Section 4 Analysis of the impact of policy environment on the energy storage temperature control industry.
Section 5 Analysis of the industrial and social environment of China's energy storage temperature control industry
Chapter 4 China's energy storage temperature control industry operation.
Section 1 Introduction to the development status of China's energy storage temperature control industry.
1. Review of the development process of the industry.
2. Analysis of industry innovation.
3. Analysis of the development characteristics of the industry.
Section 2 Market size analysis of China's energy storage temperature control industry.
1. Factors affecting the market size of China's energy storage temperature control industry.
Second, the market size of China's energy storage temperature control industry.
3. Analysis of the market size of China's energy storage temperature control industry.
Section 3 Analysis of China's energy storage temperature control industry.
1. The largest scale of China's energy storage temperature control industry.
Second, the characteristics of China's energy storage temperature control industry.
Section 4 Analysis of the demand of China's energy storage temperature control industry.
1. The demand scale of China's energy storage temperature control industry.
2. Demand characteristics of China's energy storage temperature control industry.
Section 5 Analysis of Supply and Demand Balance in China's Energy Storage Temperature Control Industry.
Chapter 5 Analysis of the Industrial Chain and Market Segments of China's Energy Storage Temperature Control Industry.
Section 1 Overview of the industrial chain of China's energy storage temperature control industry.
1. Introduction to the principle of the industrial chain model.
Second, the operation mechanism of the industrial chain.
3. Energy storage temperature control industry chain**.
Section 2 Analysis of the industrial chain of China's energy storage temperature control industry.
First, the development status of upstream industries.
2. Analysis of the impact of upstream industries on the energy storage temperature control industry.
Third, the development status of downstream industries.
4. Analysis of the impact of downstream industries on the energy storage temperature control industry.
Section 3 Market segment analysis of China's energy storage temperature control industry.
First, market segment one.
Second, market segment two.
Chapter 6 Market competition analysis of China's energy storage temperature control industry from 2019 to 2023.
Section 1 Analysis of the current situation of competition in China's energy storage temperature control industry.
1. Analysis of the competitive landscape of China's energy storage temperature control industry.
Second, the main products of China's energy storage temperature control industry
Section 2 Analysis of the concentration of China's energy storage temperature control industry.
1. Analysis of the influencing factors of market concentration in China's energy storage temperature control industry.
2. Analysis of market concentration in China's energy storage temperature control industry.
Section 3 Analysis of the Competition Characteristics of China's Energy Storage Temperature Control Industry.
1. Characteristics of regional distribution of enterprises.
Second, the distribution characteristics of enterprise scale.
3. Characteristics of the distribution of enterprise ownership.
Chapter 7 2019-2023 China Energy Storage Temperature Control Industry Model Analysis.
Section 1 Analysis of the Competition Structure of China's Energy Storage Temperature Control Industry (Porter's Five Forces Model).
1. The principle of Porter's Five Forces Model.
Second, the bargaining power.
3. Bargaining power of buyers.
Fourth, the threat of new entrants.
5. Threat of substitutes.
Sixth, the degree of competition in the same industry.
7. Conclusion of Porter's Five Forces Model.
Section 2 SWOT analysis of China's energy storage temperature control industry.
1. Overview of the SOWT model.
Second, the analysis of industry advantages.
Third, the disadvantages of the industry.
Fourth, industry opportunities.
5. Industry threats.
6. SWOT analysis conclusion of China's energy storage temperature control industry.
Section 3 Analysis of the Competitive Environment of China's Energy Storage Temperature Control Industry (PEST).
1. Overview of the PEST model.
Second, policy factors.
3. Economic factors.
Fourth, social factors.
Fifth, technical factors.
6. Conclusions of PEST model analysis.
Chapter 8 2019-2023 Demand Characteristics and Dynamic Analysis of China's Energy Storage Temperature Control Industry.
Section 1 Market dynamics of China's energy storage temperature control industry.
Section 2 Analysis of the characteristics of the consumer market in China's energy storage temperature control industry.
1. Demand preference.
2. Preferences.
3. Brand preference.
4. Other preferences.
Section 3 Analysis of the cost structure of the energy storage temperature control industry.
Section 4 Analysis of influencing factors in the energy storage temperature control industry.
1. Supply and demand factors.
Second, the cost factor.
3. Other factors.
Section 5 Analysis of the current situation of China's energy storage temperature control industry.
Section 6 The average trend of China's energy storage temperature control industry.
1. Analysis of the average trend of China's energy storage temperature control industry.
2. Influencing factors of the average ** change in China's energy storage temperature control industry.
Chapter 9 Operation data monitoring of the industry to which China's energy storage temperature control industry belongs.
Section 1 Analysis of the overall scale of China's energy storage temperature control industry.
1. Analysis of the number and structure of enterprises.
2. Analysis of the scale of industry assets.
Section 2 Analysis of production, sales and cost of China's energy storage temperature control industry.
1. Current assets.
Second, sales revenue analysis.
3. Liability analysis.
Fourth, the analysis of profit scale.
5. Analysis of output value.
Section 3 Analysis of the financial indicators of China's energy storage temperature control industry.
1. Industry profitability analysis.
2. Analysis of the solvency of the industry.
3. Analysis of industry operating capabilities.
Fourth, the analysis of industry development capabilities.
Chapter 10 Analysis of the regional market status of China's energy storage temperature control industry from 2019 to 2023.
Section 1 Analysis of the regional market size of China's energy storage temperature control industry.
1. Factors affecting the regional market distribution of the energy storage temperature control industry.
2. Regional market distribution of China's energy storage temperature control industry.
Section 2 Market Analysis of Energy Storage Temperature Control Industry in East China.
1. Overview of East China.
2. Analysis of the economic environment in East China.
3. Market analysis of energy storage temperature control industry in East China.
1) The market size of the energy storage temperature control industry in East China.
2) The market status of the energy storage temperature control industry in South China.
3) The market size of the energy storage temperature control industry in East China**.
Section 3 Market Analysis in Central China.
1. Overview of Central China.
2. Analysis of the economic environment in central China.
3. Market analysis of energy storage temperature control industry in central China.
1) The market size of the energy storage temperature control industry in Central China.
2) The market status of the energy storage temperature control industry in central China.
3) The market size of the energy storage temperature control industry in Central China**.
Section 4 Market Analysis in South China.
1. Overview of South China.
2. Analysis of the economic environment in South China.
3. Market analysis of energy storage temperature control industry in South China.
1) The market size of the energy storage temperature control industry in South China.
2) The market status of the energy storage temperature control industry in South China.
3) The market size of the energy storage temperature control industry in South China**.
Section 5 Market Analysis of Energy Storage Temperature Control Industry in North China.
1. Overview of North China.
2. Analysis of the economic environment in North China.
3. Market analysis of energy storage temperature control industry in North China.
1) The market size of the energy storage temperature control industry in North China.
2) The market status of the energy storage temperature control industry in North China.
3) The market size of the energy storage temperature control industry in North China**.
Section 6 Market Analysis in Northeast China.
1. Overview of the Northeast region.
2. Analysis of the economic environment in Northeast China.
3. Market analysis of energy storage temperature control industry in Northeast China.
1) The market size of the energy storage temperature control industry in Northeast China.
2) The market status of the energy storage temperature control industry in Northeast China.
3) The market size of the energy storage temperature control industry in Northeast China.
Section 7 Market Analysis in Southwest China.
1. Overview of the Southwest Region.
2. Analysis of the economic environment in southwest China.
3. Market analysis of energy storage temperature control industry in southwest China.
1) The market size of the energy storage temperature control industry in southwest China.
2) The market status of the energy storage temperature control industry in southwest China.
3) The market size of the energy storage temperature control industry in southwest China**.
Section 8 Market Analysis in Northwest China.
1. Overview of the Northwest Territories.
2. Analysis of the economic environment in Northwest China.
3. Market analysis of energy storage temperature control industry in Northwest China.
1) The market size of the energy storage temperature control industry in Northwest China.
2) The market status of the energy storage temperature control industry in Northwest China.
3) The market size of the energy storage temperature control industry in Northwest China**.
Chapter 11 Analysis of Enterprises in the Energy Storage Temperature Control Industry (Adjusted with Data Update).
Section 1 Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
1. Main economic indicators.
2. Analysis of corporate profitability.
3. Analysis of corporate solvency.
4. Analysis of enterprise operation capabilities.
5. Analysis of enterprise growth ability.
Fourth, the company's advantages analysis.
Section 2: Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
Fourth, the company's advantages and disadvantages analysis.
Section 3: Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
Fourth, the company's advantages analysis.
Section 4 Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
Fourth, the company's advantages analysis.
Section 5 Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
Fourth, the company's advantages analysis.
Section 6 Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
Fourth, the company's advantages analysis.
Section 7: Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
Fourth, the company's advantages analysis.
Section 8 Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
Fourth, the company's advantages analysis.
Section 9 Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
Fourth, the company's advantages analysis.
Section 10 Enterprises.
First, the company profile.
Second, the main products.
3. Operation.
Fourth, the company's advantages analysis.
Chapter 12 Analysis of the development prospect of China's energy storage temperature control industry from 2023 to 2030.
Section 1 Analysis of the future development prospects of China's energy storage temperature control industry.
1. Analysis of the domestic investment environment of the energy storage temperature control industry.
2. Market opportunity analysis of China's energy storage temperature control industry.
3. The growth rate of investment in China's energy storage temperature control industry**.
Section 2 Future Development Trend of China's Energy Storage Temperature Control Industry**.
Section 3 Scale Development of China's Energy Storage Temperature Control Industry**.
1. The market size of China's energy storage temperature control industry.
Second, the market size growth rate of China's energy storage temperature control industry**.
3. The output value of China's energy storage temperature control industry is **.
Fourth, the growth rate of the output value of China's energy storage temperature control industry**.
5. Supply and demand of China's energy storage temperature control industry**.
Section 4 Profit trend of China's energy storage temperature control industry**.
Chapter 13 Analysis of Entry Barriers and Investment Risks in China's Energy Storage Temperature Control Industry from 2023 to 2030.
Section 1 Analysis of Entry Barriers to China's Energy Storage Temperature Control Industry.
1. Analysis of capital barriers in the energy storage temperature control industry.
2. Analysis of technical barriers in the energy storage temperature control industry.
3. Analysis of talent barriers in the energy storage temperature control industry.
Fourth, the analysis of brand barriers in the energy storage temperature control industry.
5. Analysis of other barriers in the energy storage temperature control industry.
Section 2 Risk analysis of energy storage temperature control industry.
1. Macro environmental risks in the energy storage temperature control industry.
2. Technical risks in the energy storage temperature control industry.
3. Competition risk in the energy storage temperature control industry.
Fourth, other risks in the energy storage temperature control industry.
Section 3 Problems in China's energy storage temperature control industry.
Section 4 Analysis of Problem Solving Strategy in China's Energy Storage Temperature Control Industry.
Chapter 14 2023-2030 China Energy Storage Temperature Control Industry Research Conclusions and Investment Recommendations.
Section 1 A review of the research on China's energy storage temperature control industry in the world.
First, the investment value of the industry.
2. Industry risk assessment.
Section 2 Analysis of the entry strategy of China's energy storage temperature control industry.
First, the target customer group of the industry.
Second, the selection of market segments.
Third, the choice of regional market.
Section 3 Analysis of marketing strategies in the energy storage temperature control industry.
1. Product strategy of energy storage temperature control industry.
2. Pricing strategy of energy storage temperature control industry.
3. Channel strategy of energy storage temperature control industry.
Fourth, the best strategy of energy storage temperature control industry.
Section 4 Investment Advice from Analysts.