Steel Struts Galvanized Slotted C Channel Metal Strut Channel

1).Extensiveness:
Sunlight irradiates the earth's surface, regardless of region, and can be developed and utilized regardless of land, ocean, mountains or flat land. Although the irradiation time and intensity are different, it is widely distributed and will not be inaccessible due to geographical or weather reasons. 2).Infinity and sustainability:
Based on current estimates of the rate of nuclear energy produced by the sun, hydrogen storage is sufficient to last for tens of billions of years. Today, when ecological pollution is becoming more and more severe, solar energy resources are inexhaustible and are a truly renewable and clean energy source.

3).Flexible installation location:
The roof of the building is open, which has the advantages of not being affected by the orientation of the building, receiving sunlight for a long time, and avoiding shadow interference to the greatest extent. Photovoltaic power generation can be installed not only on the roofs of residential facilities, but also in industrial-scale facilities, using solar power to obtain electrical energy to meet the electricity needs within the building. In the field of rural revitalization, the development of rooftop distributed photovoltaic technology can also effectively solve the power consumption problem in county areas.
4).Green and environmentally friendly:
C Purlins Steel generation itself does not consume fuel, does not emit any substances including greenhouse gases and other waste gases, does not pollute the air, and does not produce noise.

5). Improve national energy stability:
Through photovoltaic power generation, people can reduce their dependence on fossil fuel power generation, effectively avoid the impact caused by energy crises or fuel market instability, thereby improving national energy security.

6). Low operation and maintenance costs:
C Purlins Steel generation has no mechanical transmission components and operates stably and reliably. A photovoltaic power generation system can generate electricity as long as it has solar cell components. Coupled with the widespread use of automatic control technology, it can basically be unattended and has low maintenance costs. The installation methods used in actual solar photovoltaic bracket projects mainly include: fixed installation (fixed, fixed and manually adjustable), single-axis tracking (flat axis, oblique axis), and dual-axis tracking. Each installation method has its own characteristics. During the production process of solar photovoltaic brackets, corrugated panels may be scrapped, which not only increases production costs, but also causes waste of raw materials, which needs to be analyzed and controlled.