CESKO energy-saving intensive bus ducts are becoming increasingly popular in industrial plants

The 14th Five Year Plan proposes to accelerate the transformation and upgrading of the manufacturing industry on the basis of new infrastructure, and further emphasizes 5G, big data center, industrial Internet, etc. The future development direction of the manufacturing industry will be energy-saving, efficient, green and low-carbon intelligent factories.

CESKO dense bus duct application in smart factories

Bus duct, as a tree+type detachable high current transmission and distribution device composed of copper or aluminum bars, plays a very important role in power transmission systems. Compared to traditional wires and cables, energy-saving and intensive bus ducts have outstanding advantages such as low temperature rise, low energy consumption, strong current carrying capacity, safety and reliability, and long service life. They are widely used in industrial plants and are therefore known as the "mother of power".

Today, we will take the new energy-saving intensive bus duct of Caogong as an example to introduce the application advantages of intensive bus ducts in modern industrial plants.　

CESKO energy-saving intensive factory dedicated bus duct

1. Beautiful appearance and strong adaptability

Compared to cables, the energy-saving intensive busbar trunking with trunking has a much slimmer overall shape, occupies less space, and is more convenient to install. At the same time, the layout of energy-saving and intensive busbar trunking is more neat and beautiful than cables, and can achieve even distribution of power supply loads. It is not only very reliable, but also has strong adaptability to different factory environments.

2. Strong overload capacity and low energy loss

SK-LINE-M energy-saving intensive bus duct is different from cables: the inside of the cable is a circular copper column with higher impedance; The energy-saving and intensive busbar trunking inside the trunking is made of copper, which has a much stronger current carrying capacity than cables. It can also dissipate heat outward through the tightly contacted metal shell, resulting in low overall electrical energy loss.

3. Easy access to electricity and simple maintenance

To obtain power from a cable, a lead wire needs to be connected from the power receiving location to the distribution box, which can affect the insulation effect of the cable. The SK-LINE-M energy-saving intensive bus duct is convenient for power supply, and only requires a plug-in box to check the sockets inside. Daily maintenance only requires checking for loose bolts, dust, or foreign objects, as well as measuring the temperature rise of the shell and bus duct connectors. The operation is very convenient during maintenance.

4. Safe and reliable, with a long service life

The service life of energy-saving and intensive busbar trunking is over 30 years, while ordinary cables need to be replaced within a maximum of 10 years. The shell of the energy-saving intensive busbar trunking is made of metal, which is resistant to high temperatures and not easy to burn; However, the insulation layer and outer skin of ordinary cables will burn, and using fire-resistant cables is also more expensive.

Application of CESKO energy-saving intensive factory specific bus duct on site

CESKO energy-saving intensive busbar trunking has the characteristics of energy efficiency, safety and reliability, and low operating costs. Using it saves 7% to 10% of costs compared to using cables. The expected product payback period is 4-6 years, and the product service life exceeds 30 years. It can continue to create revenue for users in the future.