Financial Channel's First Dialogue on Photovoltaic BC Technology: Promoting BC Technology to the Market More Widely

     In the first episode aired on the evening of February 17th, the photovoltaic industry and the animal husbandry industry had

a dialogue on BC technology in agricultural photovoltaics.

　　BC technology has broad prospects, faces difficulties and achieves value

     In the program, it was mentioned that as a building photovoltaic integrated product, BIPV products not only have good

building material properties, but also can stably generate electricity. With the support of BC technology as the core, coupled

with its aesthetic and sturdy features, BIPV has become a new type of building material.

　     After decades of development, crystalline silicon solar cells have come very close to their theoretical conversion efficiency limit. In order to pursue higher battery conversion efficiency, BC cell technology will be the absolute mainstream of crystalline silicon cells in the next 5-6 years, and a large number of photovoltaic module products will move towards the BC technology route in the future.

     BC technology involves a large number of engineering and technical application issues. As long as it can be achieved, we

should find ways to transform this better technology into low-cost engineering, and strive to achieve difficult things. This is

the value of technology workers and technological innovation. Expanding the application of BC technology to the market in

2024 is an important milestone.

     2024 won't be worse. The photovoltaic industry is walking on the right path

     In recent years, carbon neutrality has gradually become a new round of international political consensus, and countries

have accelerated the process of carbon neutrality.

　　     In this context, the photovoltaic market is developing beyond expectations and at a rapid pace, which has led to temporary overcapacity. A new round of industry reshuffle and survival of the fittest is about to begin.

     As is well known, high internal competition, overcapacity, price decline, and technological iteration have become the key

words of the photovoltaic industry in 2023. Will 2024 be better than 2023 for the year that has already arrived?　　

     In fact, from the perspective of technological development, the photovoltaic industry is getting better; However, in terms of

the survival status of the photovoltaic industry, everyone may face a temporary difficulty. But if we look at it from the perspective

of the development cycle stage, the photovoltaic industry should be in the logic of bottoming out.

     At present, the downward trend in prices has led to many companies already losing cash. During this process, strong enterprises can overcome the current stage; At the same time, some enterprises with high debt ratios and relatively lack of distinctive technology may not be able to survive this stage.

     As an emerging industry, the development characteristics and technological progress pace of the photovoltaic industry have

no precedent to follow. Photovoltaic companies, as long as they grasp their own pace and are too radical, may encounter many

problems; Being too conservative may also lead to elimination. So, in this process, we still need to step on time and be cautious.

Therefore, photovoltaic companies need to pay attention to the following four points:

     Firstly, the development of the photovoltaic industry is a significant contribution to sustainable human development and the

living environment for future generations. We have always maintained firm confidence in the prospects of the photovoltaic

industry, and are able to concentrate all resources to continuously cultivate in the photovoltaic field.

     Secondly, when encountering strategic decisions, technological route choices, and difficult problems, we always adhere to the

principles of "primacy" and "future oriented".

     Thirdly, once you find the right direction, you must "spare no expense in research and development", quickly find a solution to

the problem, and then quickly integrate it into production and operation activities, forming a core competitiveness of

technological leadership, product leadership, and cost leadership.

     Fourth, operate steadily and prevent risks.

　　Zhongbu Qingtian New Energy is a high     tech enterprise specializing in the research and development of photovoltaic module automation production line equipment. Through long-term market research and customer feedback, the company has developed six advanced and highly compatible equipment, including BC high-speed serial welding machine, BC low-speed serial welding machine, BC high-speed non-destructive cutting machine, BC low-speed non-destructive cutting machine, cutting and welding integrated machine, and laser frame marking machine, to meet the diverse needs of the market. The product is independently developed and designed, providing customers with one-on-one differentiated customization to help enterprises achieve production capacity improvement.