A medida que se acerca el final de abril, nos acercamos al Día del Trabajo. El 1 de mayo es el Día Internacional del Trabajo, un feriado común para los trabajadores de todo el mundo. Con el fin de expresar su preocupación por los trabajadores y empleados de la fábrica de primera línea que trabajan arduamente, la empresa de energía solar KINGSOLAR de Xiamen preparó subsidios para las vacaciones del Primero de Mayo. Me gustaría recordar a todos los pasajeros que viajen durante el Primero de Mayo que presten atención a la seguridad del tráfico y la protección de la salud. Finalmente, ¡les deseo a todos un feliz Día del Trabajo!

Para sistemas de montaje de paneles solares de techo de hojalata, si necesita maximizar la eficiencia de su generación de energía solar, entonces este sistema de montaje solar ajustable es adecuado para su proyecto. Puede ajustarse al mejor ángulo de irradiación de acuerdo con diferentes efectos de absorción de luz. Este sistema contiene principalmente soportes de patas delanteras, soportes de patas traseras ajustables, rieles, empalmes de rieles, solar abrazaderas de medio y extremo.   El ángulo puede ser ajustable: 5-15 grados, 15-30 grados y 30-60 grados, según la longitud de los soportes de las patas traseras.

En nombre de nuestro equipo, queremos tomarnos un momento para enviarles nuestros más cordiales saludos para la temporada navideña. Que este tiempo esté lleno de risas, amor y momentos compartidos con tus seres queridos. ¡Felices vacaciones! 

  Recently, China's National Development and Reform Commission and other departments jointly issued a renewable energy development plan, proposing to focus on promoting the development and utilization of rooftop photovoltaics, and proposed to optimize the development mode. Actively promote the distributed development of photovoltaic power generation in the central and southern regions.   During the development period, 1,000 photovoltaic demonstration villages will be built, new industrial parks will be built, and new large public buildings will be added. The installation rate of distributed photovoltaics will reach more than 50%. In addition to decentralized photovoltaic power generation projects such as farmhouses and factories, photovoltaic power generation bases are also being accelerated.    Photovoltaics have become a hard requirement. my country recommends the installation of photovoltaic pilot projects for the entire line, requiring industrial and commercial photovoltaic power stations to be no less than 30%. By 2025, the photovoltaic coverage rate of new factories will strive to reach 50%.   

  Regarding the relationship between artificial intelligence (AI) and photovoltaics and energy storage, Nvidia founder Huang Renxun once mentioned in a public speech that the future development of AI is closely linked to photovoltaics and energy storage. He emphasized that we should not only focus on the improvement of computing power, but also need to consider energy consumption more comprehensively. Huang Renxun clearly stated: "The end of AI is photovoltaics and energy storage! If we only consider computers, we need to burn 14 Earth's energy." This view has aroused widespread attention and deep thought.     Sam Altman, founder of OpenAI, also expressed a similar view. He believes that the future development of AI technology will be highly dependent on energy, especially the progress of photovoltaics and energy storage technology. Their views point out an important fact: with the rapid development of AI technology, its demand for energy is also growing. Therefore, the development of clean and sustainable energy supply, such as photovoltaics and energy storage technology, is of great significance to support the continued evolution of AI.     From this perspective, photovoltaics and energy storage are not only important development directions in the energy field, but also key factors in supporting the future development of AI technology. These technologies can provide clean and renewable energy, help reduce dependence on fossil fuels, reduce carbon emissions, and provide AI with a cleaner and continuous source of power. Therefore, it can be said that the development of photovoltaic and energy storage technologies is crucial to achieving the sustainable development of AI technology.  

  Solar photovoltaic power generation can make money without subsidies, and now it has positive economic benefits, so everyone doesn't need any incentives to work hard.   Reference News Network reported on February 29 that according to a report on the Bloomberg News website on February 28, China's new solar capacity this year may still be close to record levels.   According to reports, Wang Bohua, honorary chairman of the China Photovoltaic Industry Association, said in Beijing on the 28th that China's new photovoltaic installed capacity is expected to be 190 gigawatts to 220 gigawatts in 2024, which may be the same as last year's record level of 217 gigawatts.    China's new photovoltaic installed capacity in 2023 exceeded expectations by a large margin, doubling the initial forecast of the China Photovoltaic Industry Association.   Wang Bohua said that the surge in installed capacity last year was the result of a combination of conditions, including post-epidemic recovery and price drops, but these situations do not happen every year. But new solar installed capacity will remain high.    According to reports, China's record new installed capacity last year was higher than the total installation of solar panels in the United States. The growth in solar capacity and record additions to wind power put China on track to meet a global goal of tripling renewable energy by 2030, according to Bloomberg New Energy Finance.  

 1. PV and storage become a stable power source: PV and storage parity and grid purchase technology make it a stable power source, which will drive it to become the main power source in the next three years; 2. Management of network elements in power stations with tens of millions of nodes: As the number of network elements in power stations increases, efficient and intelligent scheduling is required. Huawei provides technical support for acceptance management, combined with model analysis and prediction, to achieve resource integration and coordinated scheduling; 3. Full life cycle intelligence: From "operation and maintenance" to full life cycle "operation", intelligence improves comprehensive benefits and makes power station operation more efficient.  

4. Full-scenario Grid Forming: Grid formation technology expands from large ground power stations to industrial, commercial and household use, and combines with other renewable energy sources to build a new power system. 5: Four-dimensional safety: Safety moves from single dimension to four dimensions. Ensuring the long-term stability and reliability of the new power system requires joint efforts from the industry and society. 6. Cell to Grid energy storage safety: Achieve energy storage safety from cells to grids, and create a safe, more efficient, and actively networked energy storage system. 7. High voltage and high reliability: High voltage reduces the cost of photovoltaic storage systems, improves availability, and ensures continuous and reliable operation of the system through technology. 8. High frequency and high density: Multiple technology upgrades improve the power density of power electronic converters; 9. High-quality power quality: Improve power quality, promote the large-scale application of photovoltaic storage systems, and meet the ever-increasing standard requirements.  

  Today is the "Mangzhong" in China's 24 solar terms.   Mangzhong is the third solar term in summer, marking the beginning of midsummer. At this time, the temperature gradually rises and the precipitation gradually increases. The "Mang " in The "Mangzhong" refers to the harvest of awned plants such as wheat. It also includes the season of sowing millet crops. refers to the harvest of awned plants such as wheat. It also includes the season of sowing millet crops.   "Mangzhong" is homophonic with "busy planting", indicating that all crops are busy planting.   During the Grain in Ear season, the Huanghuai Plain is about to enter the rainy season, and the southern region enters the early summer plum rain season. The weather is changeable and rainy, and the humidity will also increase. At the same time, the diet should also be light and warm, and try not to eat hot foods. Eat more foods that strengthen the spleen and eliminate dampness, such as lettuce and loofah, which have the effect of clearing heat and relieving summer heat.   Mangzhong is just in time for the busy season of summer harvest, summer planting, and summer management. Harvest and sowing follow one after another in just over ten days. Although Grain in Ear is hard, it also heralds a good harvest.   One point of hard work, one point of harvest, let us welcome this beautiful season together!  

According to the Global Times, in the early morning of June 3rd local time, Claudia Sheinbaum, 61, announced in the capital of Mexico that she had won the presidential election and would become the first female president in Mexican history.    Mexico has unique natural conditions, but the development of the photovoltaic industry in Mexico is extremely slow. The election of Sheinbaum indicates that Mexico's renewable energy policy may usher in major changes.    Sheinbaum served as mayor of Mexico City from 2018 to 2023. During his tenure, he invested 400 million pesos to install a photovoltaic roof for a large fruit and vegetable market in Mexico City. The project has an installed capacity of 18MW and an annual power generation of 25GWh. It was officially put into operation in February this year.    Later, during the campaign, she proposed a plan to invest 13.57 billion US dollars in the next ten years to vigorously develop the photovoltaic and wind power industries and modernize 5 hydropower stations.    Reyes, head of LONGi Green Energy Mexico, Colombia and the Caribbean, also said that Mexico is a "sleeping giant" in the photovoltaic industry. Its huge energy demand and abundant light resources provide unique conditions for the development of photovoltaic projects.  

   The fifth day of May in China is the Dragon Boat Festival, also known as the Dragon Boat Festival. It is a folk festival that combines ancestor worship, blessing, entertainment and food.    The Dragon Boat Festival originated from the worship of natural celestial phenomena and evolved from the dragon worship in ancient times. There are many different opinions about the origin of the Dragon Boat Festival, such as commemorating the patriotic poet Qu Yuan.    The Dragon Boat Festival is known as one of the four major traditional festivals of Chinese folk along with the Spring Festival, Qingming Festival and Mid-Autumn Festival. It is also the first festival selected into the intangible cultural heritage of China.    Kingsolar Company wishes you all a happy Dragon Boat Festival!

   On June 6, Tongwei officially announced that it had reached a cooperation agreement with AMEA Power, a renewable energy developer in the Middle East and Africa. AMEA Power will invest, develop, build and operate a 140MW large-scale ground photovoltaic project in South Africa, and will use high-efficiency N-type photovoltaic modules exclusively supplied by Tongwei. This project is Tongwei's first large-scale ground photovoltaic project in Africa. AMEA Power Chief Investment Officer Aqueel Bohra and Tongwei Co., Ltd. Photovoltaic Business Department Module Marketing Deputy General Manager Li Yan witnessed the signing, and AMEA Power EPC & Supply Chain Senior Director Zhu Yinteng and Tongwei Co., Ltd. Photovoltaic Business Department Module Marketing Asia Pacific and Middle East and Africa Regional Director Chen Fangzhou signed the contract as representatives.    Since its establishment in 2016, AMEA Power has established a good reputation worldwide with its rapid development speed and deep involvement in renewable energy projects. Its business covers the Middle East, Central Asia, Africa and other emerging markets. It has successfully invested in more than 1.6GW of renewable energy projects and has more than 6GW of project reserves worldwide.      The Doornhoek photovoltaic project signed this time is located in Klerksdorp, North West Province, South Africa. The project is part of the South African government's sixth round of the Renewable Energy Independent Power Producer Procurement Program (REIPPPP) of the Ministry of Mineral Resources and Energy. The total capacity of the project is 140MW and is expected to be connected to the grid for power generation in 2025. It is estimated that after the project is connected to the grid, it can generate more than 325GW·h of clean energy per year, which can meet the electricity needs of about 25,000 households in South Africa.      South Africa has unique solar energy resources. At the same time, since experiencing a serious power shortage crisis in 2023, the South African government has continuously increased its attention to renewable energy and has become one of the hot spots for solar energy development in the Middle East and Africa. According to a report released by Bloomberg New Energy Finance (BNEF), South Africa is expected to become one of the top ten photovoltaic markets in the world in 2024, and the status of photovoltaic power generation in the country will continue to grow. In addition, the South African Photovoltaic Industry Association (SAPVIA) pointed out that since the beginning of 2023, the total number of photovoltaic projects registered with the South African National Energy Regulatory Agency has reached 4.3GW. It is expected that by 2030, South Africa's cumulative installed capacity will reach about 36GW.     Li Yan, deputy general manager of module marketing of Tongwei Solar Business Department, said: "We are very honored to work with such an excellent partner as AMEA Power to jointly promote the development of renewable energy in the Middle East and Africa. This cooperation not only demonstrates Tongwei's competitiveness in the global photovoltaic market, but also reflects our commitment and responsibility to environmental protection."      AMEA Power Chief Investment Officer Aqueel Bohra also said: "The cooperation with Tongwei is an important step for us in the field of global renewable energy. Tongwei's high-efficiency N-type module technology will provide a strong guarantee for the successful implementation of the Doornhoek photovoltaic project. We look forward to contributing to the sustainable development of South Africa and the entire Middle East and Africa through this project."      This signing is Tongwei's first large-scale ground photovoltaic project in Africa. It is an important milestone for both parties to deepen cooperation in the field of renewable energy and jointly explore the market. In the future, Tongwei and AMEA Power will continue to work together to explore more cooperation opportunities and contribute more to the global green energy industry.