Most of the colored steel roofs are sloped roofs with a general slope of 10% and 5% . The roof plate is profiled steel plate or profiled sandwich plate, the lower part is Purlin, the main supporting structure. There are many examples of installing photovoltaic power station on the roof of Caigang tile.
In this type of roof, Hongxiangtai Jinan color steel tiles feel installed photovoltaic components can be laid in parallel along the roof slope, but also can be arranged according to a certain tilt angle. Different connectors, fasteners, and roof bearing structures can be used to connect the upper brackets, but it is important to note that this can also have an impact on power generation.
The rooftop photovoltaic power generation project is a modification of the existing color steel roof of the building so that the roof form of the building, the structural form of the building, the arrangement form of the photovoltaic array and the form of the photovoltaic modules themselves, etc. , the variety of the above conditions determines the variety of roof photovoltaic support forms.
The form of Jinan Color Steel tile roof and the structural form of buildings are the factors that affect the cost of photovoltaic support engineering. Generally speaking, the higher the roof waterproof level, the roof waterproof layer is not exposed, the greater the roof live load, the better the overall structure of the building, the stronger the bearing capacity, the lower the project cost of photovoltaic support, the higher the project cost.
The roof slope can be used to evaluate the distributed power plant. Color Steel Tile is basically related to industry, Color Steel Tile in summer when the temperature is very high, high temperature will have some impact on power generation efficiency.
Coupled with the high temperature inside the plant, this will have a significant impact on the efficiency of the components. Jinan Color Steel Tile with a spray device, not only conducive to cooling the power station, but also conducive to reducing the temperature of the tile surface.