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    Photovoltaic leader Axu Technology launches the world's first mass production of 5GW 210 high-efficiency batteries

    Photovoltaic leader Axu Technology launches the world's first mass production of 5GW 210 high-efficiency batteries

    • Categories:Company News
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    • Time of issue:2020-04-26 18:02
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    (Summary description)Guangdong Aixu Technology Co., Ltd. (hereinafter referred to as "AiXu Technology"), a photovoltaic cell leader that has just officially landed on the capital market, has given the market new imagination. Following the first large-scale mass production of 166 batteries at the Tianjin base in 2019, on January 10, 2020, Aixu Technology launched the world's first 210 high-efficiency solar cells at the Yiwu base, announcing that 5GW 210 high-efficiency batteries were officially mass produced. AiXu Technology plans to produce 22 GW of high-efficiency crystalline silicon solar cells by the end of 2020, 32 GW by the end of 2021, and 45 GW by the end of 2022, further consolidating the leading position of a professional manufacturer of high-efficiency solar cells. From 156 to 166 to 210, the technological progress "measured" in millimeters is not simply a breakthrough in size, but more importantly, it is of great significance for the continuous reduction of photovoltaic power costs in China. 1 210 large-scale technology will contribute to considerable cost reduction of electricity It can be seen that in 2020, the photovoltaic market has put forward higher requirements for the decline in electricity prices, so the industry needs to work harder to reduce the cost of electricity. In the past two or three years, the single crystal PERC technology has become more and more mature in the rapid development, which has effectively promoted the rapid decline of the cost of electricity, so it quickly occupied the market and became the mainstream of the industry. The world's first large-scale single crystal PERC battery technology of Axor Technology, which broke the industry's previous default of 166 mm, has brought a new technology platform for the entire industry chain, which is beneficial to the production efficiency of the entire industry chain. The improvement will result in another considerable decrease in the cost of electricity. Specifically, taking the 166 cell as an example, the area is increased by 12.2% compared with 156, and the package power of the component can be increased to 450W +, which can effectively reduce the non-silicon cost of the production process of silicon wafers, batteries, and components. It can be increased to more than 20.3%; the cost of power station land, supports, junction boxes, cables, etc. of the terminal can also be further reduced with the increase of component power, so that the BOS cost of the power station (Balance of System) ) Has also been significantly reduced, the value gain is excellent, and market acceptance and feedback are also better than expected. In terms of more advanced large-size 210 cells, the area is 80.47% higher than 156. A larger area can bring more outstanding battery power performance and higher wattage component technology and design platform, such as slicing and stack welding , Shingle and other component technologies, component power output can also be increased by more than 80%. In addition, the data shows that the conversion efficiency of the 50-pack 210-cell package can also be further increased to 20.5%, the module power can reach 500W +, and the industry has entered the 5.0 era. 1 Get bigger and get high returns, technological innovation drives big step development Referring to the development law of the semiconductor industry, it can be seen that the 210 battery has broken through the traditional size of the industry and reached the battery size limit, which is a major step change for the current industry chain. Founded in 2009, Aixu Technology has been engaged in the research, development, production and sales of solar crystalline silicon cells, focusing on the continuous innovation and continuous research of crystalline silicon solar cell production technology. It is the industry's leading manufacturer of crystalline silicon solar cells. In December 2019, Axor Technology completed the overall injection into the listed company and changed its name to ST Axor (600732.SH). In a technology-intensive + capital-intensive industry such as photovoltaics, Axor Technology is expected to achieve long-term high-speed growth based on the capital market. Guotai Junan Securities research report analysis pointed out that relying on higher product conversion efficiency and excellent cost control, Aixu Technology's cell profitability is outstanding, and in 2018, the industry encountered difficulties, and still achieved a net profit of 345 million yuan , ROE reached 22%. The profitability far exceeds the financing cost. Under such profitability, Axu Technology can rely on "financing and profit reinvestment-expansion of production capacity-to achieve excess profits above the financing cost", so as to continue to develop and continue to create value for shareholders. Very good growth. At present, Aixu Technology has three bases in Foshan, Yiwu and Tianjin, and will continue to expand production capacity in the future. Axu Technology adheres to the concept of c

    Photovoltaic leader Axu Technology launches the world's first mass production of 5GW 210 high-efficiency batteries

    (Summary description)Guangdong Aixu Technology Co., Ltd. (hereinafter referred to as "AiXu Technology"), a photovoltaic cell leader that has just officially landed on the capital market, has given the market new imagination.

    Following the first large-scale mass production of 166 batteries at the Tianjin base in 2019, on January 10, 2020, Aixu Technology launched the world's first 210 high-efficiency solar cells at the Yiwu base, announcing that 5GW 210 high-efficiency batteries were officially mass produced.

    AiXu Technology plans to produce 22 GW of high-efficiency crystalline silicon solar cells by the end of 2020, 32 GW by the end of 2021, and 45 GW by the end of 2022, further consolidating the leading position of a professional manufacturer of high-efficiency solar cells.

    From 156 to 166 to 210, the technological progress "measured" in millimeters is not simply a breakthrough in size, but more importantly, it is of great significance for the continuous reduction of photovoltaic power costs in China.

    1

    210 large-scale technology will contribute to considerable cost reduction of electricity

    It can be seen that in 2020, the photovoltaic market has put forward higher requirements for the decline in electricity prices, so the industry needs to work harder to reduce the cost of electricity. In the past two or three years, the single crystal PERC technology has become more and more mature in the rapid development, which has effectively promoted the rapid decline of the cost of electricity, so it quickly occupied the market and became the mainstream of the industry.

    The world's first large-scale single crystal PERC battery technology of Axor Technology, which broke the industry's previous default of 166 mm, has brought a new technology platform for the entire industry chain, which is beneficial to the production efficiency of the entire industry chain. The improvement will result in another considerable decrease in the cost of electricity.

    Specifically, taking the 166 cell as an example, the area is increased by 12.2% compared with 156, and the package power of the component can be increased to 450W +, which can effectively reduce the non-silicon cost of the production process of silicon wafers, batteries, and components. It can be increased to more than 20.3%; the cost of power station land, supports, junction boxes, cables, etc. of the terminal can also be further reduced with the increase of component power, so that the BOS cost of the power station (Balance of System) ) Has also been significantly reduced, the value gain is excellent, and market acceptance and feedback are also better than expected.

    In terms of more advanced large-size 210 cells, the area is 80.47% higher than 156. A larger area can bring more outstanding battery power performance and higher wattage component technology and design platform, such as slicing and stack welding , Shingle and other component technologies, component power output can also be increased by more than 80%. In addition, the data shows that the conversion efficiency of the 50-pack 210-cell package can also be further increased to 20.5%, the module power can reach 500W +, and the industry has entered the 5.0 era.

    1

    Get bigger and get high returns, technological innovation drives big step development

    Referring to the development law of the semiconductor industry, it can be seen that the 210 battery has broken through the traditional size of the industry and reached the battery size limit, which is a major step change for the current industry chain.

    Founded in 2009, Aixu Technology has been engaged in the research, development, production and sales of solar crystalline silicon cells, focusing on the continuous innovation and continuous research of crystalline silicon solar cell production technology. It is the industry's leading manufacturer of crystalline silicon solar cells.

    In December 2019, Axor Technology completed the overall injection into the listed company and changed its name to ST Axor (600732.SH). In a technology-intensive + capital-intensive industry such as photovoltaics, Axor Technology is expected to achieve long-term high-speed growth based on the capital market.

    Guotai Junan Securities research report analysis pointed out that relying on higher product conversion efficiency and excellent cost control, Aixu Technology's cell profitability is outstanding, and in 2018, the industry encountered difficulties, and still achieved a net profit of 345 million yuan , ROE reached 22%. The profitability far exceeds the financing cost. Under such profitability, Axu Technology can rely on "financing and profit reinvestment-expansion of production capacity-to achieve excess profits above the financing cost", so as to continue to develop and continue to create value for shareholders. Very good growth. At present, Aixu Technology has three bases in Foshan, Yiwu and Tianjin, and will continue to expand production capacity in the future.

    Axu Technology adheres to the concept of c

    • Categories:Company News
    • Author:
    • Origin:
    • Time of issue:2020-04-26 18:02
    • Views:
    Information

    Guangdong Aixu Technology Co., Ltd. (hereinafter referred to as "AiXu Technology"), a photovoltaic cell leader that has just officially landed on the capital market, has given the market new imagination.

    Following the first large-scale mass production of 166 batteries at the Tianjin base in 2019, on January 10, 2020, Aixu Technology launched the world's first 210 high-efficiency solar cells at the Yiwu base, announcing that 5GW 210 high-efficiency batteries were officially mass produced.

    AiXu Technology plans to produce 22 GW of high-efficiency crystalline silicon solar cells by the end of 2020, 32 GW by the end of 2021, and 45 GW by the end of 2022, further consolidating the leading position of a professional manufacturer of high-efficiency solar cells.

    From 156 to 166 to 210, the technological progress "measured" in millimeters is not simply a breakthrough in size, but more importantly, it is of great significance for the continuous reduction of photovoltaic power costs in China.

    1

    210 large-scale technology will contribute to considerable cost reduction of electricity

    It can be seen that in 2020, the photovoltaic market has put forward higher requirements for the decline in electricity prices, so the industry needs to work harder to reduce the cost of electricity. In the past two or three years, the single crystal PERC technology has become more and more mature in the rapid development, which has effectively promoted the rapid decline of the cost of electricity, so it quickly occupied the market and became the mainstream of the industry.

    The world's first large-scale single crystal PERC battery technology of Axor Technology, which broke the industry's previous default of 166 mm, has brought a new technology platform for the entire industry chain, which is beneficial to the production efficiency of the entire industry chain. The improvement will result in another considerable decrease in the cost of electricity.

    Specifically, taking the 166 cell as an example, the area is increased by 12.2% compared with 156, and the package power of the component can be increased to 450W +, which can effectively reduce the non-silicon cost of the production process of silicon wafers, batteries, and components. It can be increased to more than 20.3%; the cost of power station land, supports, junction boxes, cables, etc. of the terminal can also be further reduced with the increase of component power, so that the BOS cost of the power station (Balance of System) ) Has also been significantly reduced, the value gain is excellent, and market acceptance and feedback are also better than expected.

    In terms of more advanced large-size 210 cells, the area is 80.47% higher than 156. A larger area can bring more outstanding battery power performance and higher wattage component technology and design platform, such as slicing and stack welding , Shingle and other component technologies, component power output can also be increased by more than 80%. In addition, the data shows that the conversion efficiency of the 50-pack 210-cell package can also be further increased to 20.5%, the module power can reach 500W +, and the industry has entered the 5.0 era.

    1

    Get bigger and get high returns, technological innovation drives big step development

    Referring to the development law of the semiconductor industry, it can be seen that the 210 battery has broken through the traditional size of the industry and reached the battery size limit, which is a major step change for the current industry chain.

    Founded in 2009, Aixu Technology has been engaged in the research, development, production and sales of solar crystalline silicon cells, focusing on the continuous innovation and continuous research of crystalline silicon solar cell production technology. It is the industry's leading manufacturer of crystalline silicon solar cells.

    In December 2019, Axor Technology completed the overall injection into the listed company and changed its name to ST Axor (600732.SH). In a technology-intensive + capital-intensive industry such as photovoltaics, Axor Technology is expected to achieve long-term high-speed growth based on the capital market.

    Guotai Junan Securities research report analysis pointed out that relying on higher product conversion efficiency and excellent cost control, Aixu Technology's cell profitability is outstanding, and in 2018, the industry encountered difficulties, and still achieved a net profit of 345 million yuan , ROE reached 22%. The profitability far exceeds the financing cost. Under such profitability, Axu Technology can rely on "financing and profit reinvestment-expansion of production capacity-to achieve excess profits above the financing cost", so as to continue to develop and continue to create value for shareholders. Very good growth. At present, Aixu Technology has three bases in Foshan, Yiwu and Tianjin, and will continue to expand production capacity in the future.

    Axu Technology adheres to the concept of creating differentiated competitiveness for customers and assisting customers to achieve business success. By the end of 2020, Axu Technology plans to tap external capacity expansion and internal potential to tap high-efficiency battery capacity to reach 22GW, including 210 battery capacity 10GW, 166 battery The production capacity is 10GW. With the official mass production of 5GW 210 batteries and the construction of 10GW 210 battery plants and power facilities, 210 high-efficiency batteries can be supplied to the market in a timely and sufficient manner according to demand in the second half of the year. Axu Technology will also become the world ’s first to have 20GW + 166 and 210 A professional solar cell company with specified capacity.

    In China, photovoltaic power is about to enter the threshold of parity grid access. In the short term, it is necessary to reduce the cost of power generation by another 20% in order to develop and grow rapidly and establish the status of mainstream power. In the next few years, all photovoltaic technology routes can significantly reduce the cost of electricity, and the mass production technology that brings value to the entire industry chain is only 210 large-scale technology. Axu Technology, which has double barriers to technology and scale, is expected to achieve rapid expansion of production capacity and continue to create greater value under the favorable support of the capital market.

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