In the selection of busbarmaterials, copper conductors and aluminum alloy conductors have their own advantages. Although the relative economy of aluminum conductors can help customers save initial engineering project investment costs, copper conductors have stronger conductivity and lower electrical energy loss compared to aluminum alloy conductors, which is more conducive to long-term energy conservation and consumption reduction. Especially for new energy equipment busbars used for long-term trunk energy transmission, the use of copper compact busbars can reduce installation space and improve transmission capacity. At the same time, selecting compact busbars with different protection levels according to different installation environments can also improve the reliability of system operation.

In today's advocacy for sustainable development, the dismantling and recycling of copper busbars after the end of their lifecycle can basically reach , and the recycling cost is also lower than that of copper aluminum composite materials or aluminum alloy materials. Compact copper busbar will definitely play a greater role in new energy and related fields.

The epoxy resin vulcanization insulation technology has waterproof and dust-proof ability. When the busbar is energized, it is immersed in a fish tank, and water enters the insulation conductor room from various angles of the bubar, still being energized normally! It also has the ability to withstand high pressure and fire resistance, and is the only type of barbecue that does not damage the insulation layer under a flame (1300 ℃) for 10 seconds, and dissipates heat in a very short time without any problems when touched by the skin! At the same time, it has strong resistance to oxidation and salt spray. Sulfurization coating will completely prevent the conductor from coming into contact with air, and after 1800 hours of salt spray testing, the insulation layer will definitely not be damaged. Has strong toughness and strength, and the ability to withstand cold and hot cycling damage.

This insulation technology has undergone strict review by the environmental protection department, with high temperature conduction and short endurance, reduced losses, and saved electricity expenses. It is fully automated, controlled by PLC, and the surface treatment is extremely smooth, uniform, and beautiful! Temperature affects conductor resistance, while epoxy resin has low resistance and good heat dissipation, which can reduce electricity consumption and achieve energy conservation. The high-efficiency automatic production line for vulcanization and the pre-treatment for vulcanization are all carried out through physical operations. The vulcanization layer can be reused, and the same current load can reduce the size of the conductor and reduce the demand for copper mining. It has the benefits of energy conservation and environmental protection.

Mega has strong R&D resources, focusing on epoxy resin vulcanization insulation technology, and has an excellent R&D team and technical personnel. The company's entire series of busbar products have obtained CCC certification, as well as international authoritative Kema Keur certification and UL certification. We are still continuously conducting product research and development, adopting advanced thermodynamic applications and manufacturing methods to provide high-performance and high-quality products to our customers. Welcome and look forward to working with you!