9 Month 25 Today, Beijing Daxing International Airport, the world’s largest airport, officially began operations. Meanwhile, the rooftop distributed photovoltaic power generation project—located in the airport’s cargo area, on the east runway, and in the business jet zone—also successfully rolled out that same month. Connecting to the grid for power generation sets a strong demonstration effect, paving the way for further innovation in photovoltaic system development and the wider adoption of renewable energy in the future aviation sector.

It is understood that the project is being undertaken by Beijing Electric Construction, with a construction scale of 5.61MWp , Phase I construction scale 4MWp , all using Huawei's intelligent distributed photovoltaic solution. Once connected to the grid and operational, it will be able to supply power to the grid annually 610 Million kilowatt-hours of green electricity, equivalent to annual savings of 1900 Tons of standard coal, emission reduction 966 Tons of carbon dioxide, reducing emissions 14.5 Tons of dioxide Sulfur, coupled with the simultaneous reduction of various atmospheric pollutant emissions, has pioneered the use of clean energy in the civil aviation sector.

According to the project leader, Huawei's smart photovoltaic solution integrates cutting-edge digital information technology and boasts features such as high profitability, safety, reliability, and intelligent operation & maintenance—providing robust support for the airport's green energy supply. As everyone knows, safety is of paramount importance in airport environments. Huawei's distributed smart PV solution has been meticulously designed with safety in mind, ensuring customers can operate with complete peace of mind. AI Empowered AFCI Technology (intelligent arc detection) prevents fire hazards; the fuse-free design ensures no risk of ignition, making it safer than ever; minimal electromagnetic radiation guarantees no interference with the normal operation of airport equipment, fully meeting airport requirements. Additionally, Huawei’s smart inverters support intelligent features. IV Diagnosis accurately locates string-level faults, enabling proactive identification of issues.

Question: Ensuring safe, reliable, and long-term power generation.

Beijing Daxing International Airport, total project investment 800 Hundreds of millions of yuan, with a total floor area reaching 140 Square meters, equivalent to 63 Tiananmen Square has been ranked first among the "New Seven Wonders of the World," as recognized by media outlets such as the British newspaper *The Guardian*. Once operational, it will surpass Dubai World Central and Istanbul’s third airport in Turkey, becoming not only the world’s largest single-terminal airport terminal but also the globe’s largest airport overall. As one of the few super-large, multi-functional aviation hubs on the planet, the airport’s total renewable energy output will account for a significant portion of its annual energy consumption. 10% Above, a photovoltaic system is installed around the runway, generating an average annual output that accounts for approximately [a certain percentage] of the airport's total energy consumption. 1% Once completed, Beijing Daxing International Airport will become the country’s airport with the highest proportion of renewable energy currently in use.

Hepuyu New Energy is dedicated to photovoltaics. / Wind power grid-tied and off-grid technology applications can support projects including distributed photovoltaic grid-connected power plants, standalone photovoltaic off-grid systems, and wind-solar hybrid off-grid power stations.