Steel structure intelligent photovoltaic warehouse

With the development of the times, steel structure buildings are in a stage of great development and multiple applications with the characteristics of being light, easy to build, and green. Especially industrial applications, such as steel structure warehouses, steel structure workshops, etc.

At the current stage, the photovoltaic power generation system is combined to achieve the secondary utilization of the roof space of the steel structure warehouse and complete the self-sufficiency of the lighting of the steel structure warehouse. The combination of steel structure warehouses and photovoltaic lighting systems is the development trend of steel structure warehouses in the future, and it is also in line with the development trend of new green energy buildings.

Steel structure warehouses usually have the characteristics of large spans and high strength, and their roof areas are large and flat, providing an ideal carrier for the large-scale laying of photovoltaic modules. For example, roof-tiled photovoltaic installations can cover 70%-90% of the roof area without occupying additional land. In addition, the standardized connection nodes and high load-bearing capacity of steel structures can be seamlessly adapted to the photovoltaic bracket system to reduce the complexity of installation. Only a daily power generation of more than 500 degrees is required to directly meet the storage lighting needs.
The modular characteristics of steel structure buildings and photovoltaic systems greatly shorten the construction period. Prefabricated steel components and photovoltaic brackets are installed simultaneously, shortening the construction period by 50%. The design life of the photovoltaic system is 25-30 years, which matches the low maintenance cost of the steel structure warehouse.

In summary, in areas where energy is scarce, all the characteristics of the steel structure photovoltaic warehouse can be brought into play to the extreme. It is also the major development direction of new intelligent steel structure photovoltaic buildings in the future.