How does the application of composite shielded insulated tubular busbar body in the field of new energy support the efficient transmission of wind energy?
Publish Time: 2025-02-20
Composite shielded insulated tubular busbar body plays an important role in the field of new energy, especially in the efficient transmission of wind energy.1. Improve the efficiency of power transmissionMade of high-purity oxygen-free copper or copper alloy, composite shielded insulated tubular busbar body has extremely low resistivity and can efficiently transmit electric energy. In wind farms, this bus duct can significantly reduce energy loss during power transmission and improve power transmission efficiency. At the same time, the composite shielding technology it adopts makes the electric field evenly distributed, reduces electromagnetic interference and energy loss, and further improves the transmission efficiency.2. Enhance the stability of power transmissionComposite shielded insulated tubular busbar body has good mechanical strength and vibration resistance, and can withstand certain external impact and vibration. In wind farms, this stability is particularly important because wind turbines are usually installed outdoors and need to withstand various severe weather conditions. The stability of the busbar ensures the continuity of power transmission, reduces the power outage time caused by faults, and thus improves the overall operation efficiency of the wind farm.3. Optimize the transmission layout and installationThe composite shielded insulated tubular busbar body has a simple structure, clear layout, simple and fast installation method, and is easy to install and maintain. In the wind farm, this busbar can be directly fixed on the steel frame or concrete support, eliminating the use of wall bushings and support insulators, which not only saves installation costs but also reduces the floor space. In addition, the busbar has a small bending radius and flexible layout. It can be customized according to the actual situation of the wind farm to further optimize the transmission layout.4. Adapt to harsh environmentsThe main insulation material of the composite shielded insulated tubular busbar body is usually made of high-performance materials such as silicone rubber, which has excellent weather resistance and chemical stability. This material can work normally under extreme temperature conditions, such as -40℃+200℃ (or -200℃+200℃), and has strong flame retardant and aging resistance. In wind farms, this bus duct can withstand the test of various adverse weather conditions, such as high temperature, low temperature, strong wind, sand and dust, etc., ensuring the reliability and stability of power transmission.5. Improve safety and reliabilityThe composite shielded insulated tubular busbar body is made of special cable technology. Each phase is shielded and insulated, no condensation is generated inside, and grounding and phase-to-phase short circuit faults caused by external moisture, dust and foreign objects are eliminated. This design greatly improves the safety and reliability of the bus duct and reduces power outages and maintenance costs caused by faults. At the same time, the bus duct also has good electrical insulation performance and can be directly laid in cable trenches and cable interlayers, further improving the safety and reliability of the transmission system.In summary, the composite shielded insulated tubular busbar body plays an important role in the efficient transmission of new energy, especially wind energy, with its efficient, stable and safe power transmission performance, as well as good mechanical strength, weather resistance, and easy installation and maintenance.
