在選擇匯流排時，銅排相關因素至關重要。首先是銅排厚度，其直接關聯著匯流排的導電性能與穩定性。較厚的銅排能降低電阻，減少電能在傳輸過程中的損耗，從而提升導電性。例如，在一些大電流傳輸需求的工業場景中，適當增加銅排厚度可確保電力穩定輸送。
When choosing busway, factors related to copper busways are of vital importance. Firstly, the thickness of the copper busway is directly related to the conductivity and stability of the busway. A thicker copper busway can reduce resistance, reduce the loss of electric energy during transmission, and thereby enhance conductivity. For example, in some industrial scenarios with high current transmission requirements, appropriately increasing the thickness of the copper busway can ensure the stable transmission of electric power.
排規大小更是關鍵要素，它不僅決定了匯流排的載流能力，還對整體性能有著深遠影響。合理的排規大小能依據實際用電負荷，精準匹配電流承載量。若排規過小，在高負荷運行時，銅排易發熱甚至燒毀，嚴重影響匯流排的穩定性與安全性；而排規過大則會造成材料浪費與成本增加。
The size of the busway specification is a key element, which not only determines the current-carrying capacity of the busway, but also has a profound impact on the overall performance. A reasonable busway specification can accurately match the current carrying capacity according to the actual electricity load. If the busway specification is too small, when operating at high load, the copper busway is prone to heating up or even burning, seriously affecting the stability and safety of the busway; while if the busway specification is too large, it will cause material waste and increase in cost.
銅排純度同樣不容忽視。應優先選擇高純度的銅排，高純度銅具有更好的導電性，能有效減少電能損耗並降低發熱現象。雜質較多的銅排會增加電阻，影響匯流排的工作效率與壽命。
The purity of the copper busway also cannot be ignored. High-purity copper should be preferred, and high-purity copper has better conductivity, which can effectively reduce electric energy loss and reduce heating phenomenon. Copper busways with more impurities will increase resistance, affecting the working efficiency and life of the busway.
此外，還需充分考慮匯流排的渦流效應和散熱性。渦流效應會導致銅排發熱，選用適當的排規與材質可在一定程度上減小其影響。良好的散熱性是保障匯流排持續穩定工作的必要條件，可通過優化匯流排的結構設計、添加散熱片或採用合理的通風散熱方式，及時將銅排產生的熱量散發出去，避免因過熱而引發的各種故障，從而確保匯流排在不同工況下都能高效、可靠地運行。
In addition, the eddy current effect and heat dissipation of the busway need to be fully considered. The eddy current effect will cause the copper busway to heat up. Choosing an appropriate busway specification and material can reduce its impact to a certain extent. Good heat dissipation is a necessary condition to ensure the continuous and stable operation of the busway. By optimizing the structural design of the busway, adding heat sinks or adopting reasonable ventilation and heat dissipation methods, the heat generated by the copper busway can be dissipated in time to avoid various faults caused by overheating, thereby ensuring that the busway can operate efficiently and reliably under different working conditions.
眾孚在匯流排行業擁有強大的研發資源，具有優秀的質量與滿意的服務。眾孚企業的全系列 OPTIMUS 匯流排產品獲得 CQC 認證，以及具有國際權威的 Kema keur 認證、UL 認證。並已完成許多海內外市場的項目，我們還在持續不斷的進行產品研發，採用先進的熱力學應用程序和製造方法，以提供高性能和高質量的產品給我們的客戶，歡迎與期待與你們的合作！
Optimus has strong R & D resources in the busway industry and has excellent quality and satisfactory service. The full range of OPTIMUS busway products of Optimus have obtained CQC certification, as well as internationally authoritative Kema keur certification and UL certification. And many projects in domestic and overseas markets have been completed. We are also continuously conducting product research and development, adopting advanced thermodynamic applications and manufacturing methods to provide high-performance and high-quality products to our customers. We look forward to cooperating with you!