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In the cost structure of the solar power system, the solar photovoltaic rack accounts for about 10% of the total system cost. Currently used materials are mostly heavy metals, and commonly used materials are hot dip galvanized steel, stainless steel and aluminum alloy brackets.
Generally, solar cell modules are installed outdoors, so the stent will have problems such as sun and rain, corrosion and rust, and salt damage. In addition, currently, the weight of a solar cell module is about 16 to 30 kg, and the number of components After assembly, the load is considerable. Therefore, durability and light weight of the stent are the future trend.
Europe and the United States have developed solar stents made of plastic materials, and they have gradually replaced some of the metal stents and actually installed and used them. Taiwan's Nano Carbon Tube Company, located at Zhunan Base of the Hsinchu Science Park, has also mastered this technology. Its Composites Division uses carbon nanotubes to add plastic materials to enhance the strength and corrosion resistance of plastics, and to develop plastic solar brackets with resist and high strength.
According to the director of the Composite Materials Division Lin, the plastic solar stent developed by the company is comparable in strength to aluminum alloy and weighs 1/3 less than aluminum, and has high weathering resistance and high corrosion resistance without the need for additional corrosion protection. The cost of processing, due to its light weight and high plasticity, can be combined with the overall appearance of the building to reduce the load on the floor.
Taiwan's carbon nanotube company Cai Qunxian executive said that at present, this plastic solar stent has been adopted by the world's solar giants, will have 10 billion Taiwan dollars in sales within two years, is expected to reach 100 billion in the market within five years.
Shackles are also required by national standards. Specification documents are given for their technical parameters such as thread size and ring diameter. This is very necessary. If there is no standard to regulate it, then its ring diameter will be made by someone. The result is that the lifting weight is not enough, which is prone to accidents. Let's look at the picture above. The shaft below it can be unscrewed. After putting on the wire rope, tighten the shaft to fix the wire rope inside. Otherwise, a circle of wire rope cannot be hooked. live it up.
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Jiangsu Hongze Stainless Steel Wire Rope Co., Ltd , https://www.hzrope.com