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The much-anticipated Paris Olympics has come to a successful conclusion. This global event has focused the world's attention on the romantic Paris. In the fierce competition, the Paris Olympics also did not forget to actively implement the concept of environmental protection, showing the world a beautiful picture of the harmonious coexistence of sports and environmental protection. It is worth mentioning that during the Games, 100% of the energy was supplied by wind power and photovoltaic power generation, which added a beautiful landscape to the green hosting of the Olympics and made a significant contribution to achieving the carbon neutrality goal. At present, as renewable energy is replacing traditional fossil energy on a large scale, the domestic advanced N-type ABC battery technology, with its stability and efficiency, has brought customers ideal power generation equipment and effectively promoted the widespread application of photovoltaic power generation.

ABC cell is the abbreviation of "All Back Contact", which represents a new cell structure developed by Aixu based on N-type substrate silicon wafer technology. This new generation of structural technology has higher opening voltage and fill factor, and the grid-free design further improves the cell's ability to absorb light. This makes ABC cell have a higher conversion efficiency among the current mass-produced cell structures, and it can be called the pinnacle of crystalline cell technology.

Aixu N-type ABC cells use advanced monocrystalline silicon cell technology and are committed to challenging the 29.56% conversion efficiency limit of crystalline silicon cells. Through innovative silver-free technology, many technical difficulties have been overcome, and the first mass production of silver-free metallization technology has been achieved, successfully solving the "silver consumption" problem that has long plagued the development of the photovoltaic industry, thereby reducing battery costs. At the same time, Aixu N-type ABC cells have a temperature coefficient of only -0.26%/℃, which means that during operation, the power loss of the components affected by temperature is lower, further highlighting the superiority of this technology.

Aixu has always focused on meeting customer needs and is committed to developing a series of photovoltaic cell products suitable for household, industrial and commercial, and large-scale application scenarios, bringing customers unexpected green energy benefits. For example, a factory in Hui'an County installed more than 400 Aixu N-type ABC photovoltaic modules on the roof of the factory building. The project fully utilized the available roof space and had a total installed capacity of 285.48kW. The annual average power generation is expected to be 303,700 kWh, which can meet about 20% of the factory's electricity needs.

What is impressive is that despite the frequent rainy weather in the area, the Aixu photovoltaic modules still show strong performance. According to statistics, from March to July this year, with sunny days and sunny to cloudy days adding up to less than one month, the rooftop photovoltaic project has generated a total of 159,500 kWh of electricity. The power generation in July alone reached 45,000 kWh, and the average daily power generation in five months was about 1,043 kWh, which was 25.31% higher than the expected design value. The factory owner Lao Chen shared: "This project can save us nearly 270,000 yuan in electricity bills each year, and we can get extra income through electricity sales."

Aiko Solar (https://aikosolar.com/cn/) brings real value to customers. As an unremitting pursuer of the ultimate photoelectric conversion efficiency, Aiko has always been customer-centric and committed to creating high-value products. Its N-type ABC battery mass production efficiency has reached 24.2%. This outstanding performance has made Aiko top the TaiyangNews ranking for 17 consecutive months. Looking to the future, Aiko also looks forward to becoming a strong backing outside the arena, just like the Olympic athletes fighting hard on the field, and accelerating the arrival of the zero-carbon era together.