In many construction operations,we need to use equipment such as bus ducts.Since it is widely used by us,we naturally need to consider the actual usage specifications of various industries when developing such tools.Overall,it is necessary to pay attention to these process standards when developing bus ducts.

　　The anti-corrosion properties of bus ducts require many construction operations to be completed outdoors,and such environments inevitably contain many corrosive substances,such as the corrosive nature of acidic components in rainwater.Therefore,when developing bus ducts,we also need to consider these aspects in order to provide corresponding performance guarantees for our actual use.When choosing relevant anti-corrosion coatings,we also need to consider the corresponding usage environment and implement corresponding technologies in the treatment process.The temperature resistance performance of bus ducts,when installing and using bus ducts in outdoor construction environments,we not only need to consider the related corrosive damage factors,but also need to take into account the differences in temperature and climate.

　　The fixed method of dense bus duct is supported by a strong metal shell,which can withstand the stability under large electric force impact.Due to strong mechanical stress,it can be used to adopt busbars with a large aspect ratio and arranged vertically.Due to the application of busbars with a large aspect ratio,their heat generation is small while their heat dissipation capacity is large.Therefore,the current carrying capacity is greatly increased,making it suitable for high current busbars.Due to the use of a busbar with a large aspect ratio,the heat dissipation surface of the busbar itself is increased,and it is directly transmitted to the shell through insulation materials,utilizing a strong convective heat dissipation method to improve its heat dissipation conditions.The dense busbar has a high current carrying capacity,so its current density increases,averaging at 2.5 cycles,resulting in a significant reduction in product cost.The structure of the busbar connection and socket of the dense bus duct is more complex,the manufacturing difficulty is increased,and the production process cost is high.Copper with a high aspect ratio used for dense bus ducts.

　　Due to the low inductance of the busbars in dense bus ducts,their voltage loss is relatively small,making them suitable for high current long-distance lines and increasing the voltage level at the end of the line.There are many differences in the damage of bus ducts under different temperature and humidity conditions,so in practical work,we should pay more attention to the differences in these factors,so as to better optimize the temperature resistance performance of bus ducts.In order to better achieve the efficiency and safety of various power lines during construction,we have also utilized relevant advantageous technologies to greatly enhance their power load capacity when developing equipment such as bus ducts.This enables us to better cope with some abnormal power supply situations in actual production operations.