With the support of national policies and the highlighted advantages of energy conservation and environmental protection, photovoltaic power generation is increasingly favored by large-scale national public projects.
In recent years, photovoltaic systems have gradually entered the ranks of infrastructure in the civil aviation industry. Photovoltaic airports that have been built and put into use in various places have become a beautiful landscape.
JA Solar’s first n-type module airport project in China is connected to the grid. Among them, the P4 long-term parking garage rooftop photovoltaic project of Shanghai Pudong Airport, which was recently successfully connected to the grid, uses JA Solar’s n-type DeepBlue 4.0 Pro modules. , it is also the first airport distributed photovoltaic project in China that uses JA Solar's n-type modules, with an installed capacity of 1.6MW, which is quite spectacular from a glance.
The total power generation of the project in 20 years is expected to reach 35.2317 million kWh, with an average annual power generation of about 1.7616 million kWh. The utilization hours in the first year are 1248.68 hours, and the average annual utilization hours are 1175.23 hours. It will promote the construction of photovoltaic systems and the application of renewable energy in the civil aviation field. Provides huge motivation.
As a major energy consumer that operates continuously throughout the day, photovoltaic power generation is the best way to save energy and reduce emissions. Previously, JA Solar supplied 2.03MW and 283kW modules to the rooftop photovoltaic projects of China Eastern Airlines and China Southern Airlines respectively at Daxing International Airport, providing green guarantee for their power supply and becoming a model for the use of renewable energy in airports. In the future, JA Solar Technology will continue to contribute to the construction of green hub stations in my country, improve the social image of public transportation, make efforts to reduce carbon emissions, and help achieve carbon peak and carbon neutrality goals.
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