The sales revenue of lithium battery materials of Shanshan Co., Ltd. reached 990 million yuan, accounting for more than 40% of the total revenue. It is understood that Shanshan Co., Ltd. also manufactures lithium battery cathode materials, but its production capacity is entirely lithium manganese and lithium cobalt. It's not the most promising lithium iron phosphate in the industry, but it's just keeping up with the technology.
Senior officials of Shanshan Co., Ltd. said that the current cost of nickel-metal hydride batteries is 6 yuan/Ah, while the cost of lithium iron phosphate is 2.3 US dollars/Ah. too big, and it is not possible to use lithium iron phosphate economy. In addition, the current application of lithium iron phosphate products has more advantages than the domestic major low-cost solar battery manufacturers.hes thin.
What materials are needed for thin-film solar cells?
The concept of silicon thin-film solar cells is an emerging industry that has attracted much attention market in recent years. It is a new type of solar cell with relatively high conversion efficiency which can achieve high-efficiency power conversion. This article will conduct an in-depth analysis of thin-film silicon solar cell concept stocks and explore their development prospects.
First of all, we need to understand what a thin film silicon solar cell is. Thin film silicon solar cells are a new type of solar cell. Compared with traditional silicon crystal solar cells, their production process is simpler, their material costs are lower, and they can achieve high-volume production.sse. At the same time, thin-film silicon solar cells have high conversion efficiency and can produce electricity even in low light conditions.
At present, thin-film silicon solar cells are widely used in the field of solar photovoltaic power generation. As global demand for renewable energy continues to increase, the market for solar photovoltaic power generation will continue to grow. According to statistics, the installed capacity of solar photovoltaic power generation will experience explosive growth in the next few years, which will provide ample development space for the thin-film silicon solar cell industry.
Second, we need to understand the investment value of thin-film silicon solar cell concept stocks. Since single-layer silicon solar cellse thin have a high application value, the stock prices of related companies have also maintained a high level. Investors can share the dividends of industry development by purchasing shares of thin-film silicon solar cell concepts.
However, investing in thin-film silicon solar cell concept stocks carries certain risks. First of all, due to the fierce competition in the market and the large number of companies in the industry, investors should conduct in-depth analysis and choose companies with strong competitiveness and good reputation in investment. Secondly, the political environment of the solar photovoltaic power generation market will also have a certain impact on the development of the thin-film silicon solar cell industry. Investors should pay attention to changes inpolicy and adjust their investment strategies in a timely manner.
In summary, thin film silicon solar cell concepts are an emerging industry with high investment value. As the solar photovoltaic power generation market continues to expand, its development prospects are also very broad. Investors can choose companies with good development prospects to invest through in-depth understanding and analysis of the industry, and share the dividends of industry development.
Thin film solar cells currently mainly include copper indium gallium selenide, cadmium telluride, gallium arsenide, etc. Copper indium gallium selenide is the most mature thin-film battery and can be made into glass.The substrate can also be made into batteriesthin film with flexible thin film substrates made of plastic or stainless steel. Currently, the main ones that can be mass-produced in China are the globally integrated production lines of Zhongyi Industrial and the acquired German and American production lines. by Hanergy. The other concerns thin film cadmium telluride batteries. Several domestic companies are carrying out research in this field, but the production is not large and the production process is not environmentally friendly. Gallium arsenide thin film batteries have high efficiency, and foreign research can achieve an efficiency of more than 30%. In China, Zhongyi Xingye's production lines are already capable of mass production and are widely used in aerospace and other fields.