In the power system, every link from generation, transmission to distribution faces numerous electrical connection challenges. In high voltage and high current environments, wiring terminals are prone to loose connections and excessive contact resistance, which can lead to heating and even fire risks. The poor compatibility between different devices leads to complex installation and debugging, and high maintenance costs. At the same time, traditional connection methods are difficult to meet the requirements of efficient transmission and stable operation when facing complex line layouts, seriously affecting the safety and reliability of the power system.
Covering various forms of power generation such as thermal power, hydropower, wind power, and photovoltaics, the equipment operates in complex environments
The power transmission industry needs to operate under high voltage and high load conditions. The line is widely distributed and susceptible to natural environmental factors such as lightning strikes, strong winds, ice and snow.
The power distribution industry involves numerous types of electrical equipment and complex line networks. High requirements are placed on the flexibility, safety, and reliability of electrical connections
The electricity industry covers various types of users such as industrial, commercial, and residential, with a wide variety of electrical equipment and significant differences in electricity demand.
An automotive smart factory stated that the modular design of the trunking perfectly meets the frequent model change needs of flexible production lines. Its quickly detachable cover and standardized interfaces have increased the efficiency of cable adjustment during production line transformation by 40%. The layered wiring structure solves the problem of strong and weak current interference in traditional trunking, significantly improving the signal transmission stability of the robot control system, effectively reducing downtime caused by cable failures, and providing reliable guarantee for the continuity of intelligent manufacturing.
An electronic component intelligent manufacturing enterprise reported that the trunking performs excellently around high-speed operating equipment. The anti-vibration buckle design and buffer materials used have successfully coped with the continuous vibration conditions of workshop equipment, with no cable loosening or wear observed since installation. The flame-retardant and insulating performance has been verified through long-term operation in the high-temperature workshop environment, with no electrical safety hazards occurring, fully meeting the strict requirements of intelligent manufacturing for high equipment stability.
A customer from a new energy battery intelligent production line mentioned that in response to the clean environment requirements of the workshop, the manufacturer's customized anti-static trunking solution accurately solved the pain points. The technical team participated in wiring planning throughout the process, and the provided 3D modeling pre-installation guidance avoided multiple reworks. After-sales response is timely, with sudden problems solved within 24 hours. This "product + service" model has provided strong support for the smooth implementation of intelligent manufacturing projects and is worthy of long-term cooperation.
An intelligent warehousing system integrator evaluated that the universal design of the trunking has significantly reduced the cost of digital transformation. Over 80% interface compatibility reduces customized procurement expenses, and lightweight materials have lowered installation labor costs by 25%. The ultra-long service life and maintenance-free characteristics have reduced long-term operation and maintenance costs to half of those of traditional trunking. Its cost-effectiveness advantage is particularly prominent in scenarios with dense wiring for warehouse robots.
