New products on the market | Yunyu series - G busway
There are some limitations in the application of dense busway in power distribution system of factory and data center. Its fixed power intake location lacks the flexibility to meet the dynamic demands of factory line adjustments and data center equipment expansion. When a power point needs to be added or adjusted, it is often necessary to perform a power outage operation, and remove the busbar slot and send it back to the factory for reprocessing. The whole process is complex and time-consuming, significantly increasing the operation and maintenance cost, and directly affecting the production efficiency of the factory and the normal operation of the data center. Long downtime not only undermines the advantages of flexible production on the factory floor, but also poses a major threat to high availability and continuity in the data center. In addition, the maintenance complexity and cost of intensive busbars further increase the challenge of their application, and it is difficult to meet the increasing requirements of flexibility, efficiency and reliability in modern factories and data centers.
G busway | more flexible, more concise distribution products
With the increasing demand for flexibility, efficiency and reliability of the power system in modern factories and data centers, the traditional intensive busway is difficult to meet the high availability requirements of the rapidly developing production environment and data centers due to its fixed power location and complex maintenance. In order to solve this series of problems, the new G-type busbar came into being, integrating the dual advantages of intensive busbar and air busbar, designed for modern industry and data centers, providing a more flexible and efficient power distribution solution.
01 Large capacity, stable performance
G-type busbar groove inherits the advantages of large current carrying capacity of dense busbar groove, can carry high current load, and still maintain excellent stability and reliability of power transmission under high intensity operating conditions. Its design is especially suitable for industrial production lines and data centers where high-power equipment is concentrated to meet the needs of efficient power supply and ensure the continuous and stable operation of the system.
02 Flexible deployment | Fast and reliable power fetching
Modular deployment
G bus slots support modular deployment and are equipped with a variety of installation modules, such as straight section, horizontal elbow, tee, and vertical elbow, which can flexibly adapt to different environments and complex power distribution requirements. Through the modular design, users can quickly and easily install and adjust according to the site conditions, greatly improving the deployment efficiency of the project, reducing the construction time and maintenance difficulty. At the same time, this flexible layout ensures that the busway system can be perfectly adapted to the requirements of modern production lines and data centers.
Fast and reliable power fetching
The self-elastic contact structure of the access device can automatically adjust the contact pressure to ensure the stability and reliability of the electrical connection, and significantly improve the conductive efficiency and long-term stable operation of the system. At the same time, the contacts have been silvered to provide excellent oxidation and corrosion resistance, further reducing the contact resistance and ensuring excellent electrical conductivity under high load and frequent operating conditions. The device also supports fast power withdrawal, can achieve hot swap operation, and can add or adjust power withdrawal points without power outage, greatly improving the flexibility and operation and maintenance efficiency of the system, suitable for flexible production lines and data centers and other efficient operating environments.
Efficient operations - Lower costs
The design of the G-bus groove optimizes the installation and maintenance process, not only reducing the number of power outages due to system adjustments, but also significantly reducing maintenance complexity and cost. Its fast access and easy maintenance features are particularly suitable for flexible production lines and modern data centers, minimizing downtime and ensuring a continuous and stable power supply, thereby improving overall operational efficiency.
6.8mm| Safety clearance
The busbar groove is designed with an opening size of 6.8mm to ensure safety, effectively prevent the insertion of fingers or other small objects by mistake, and meet the protection grade standards. This design not only provides additional security during operation and maintenance, but also prevents potential damage to the system from external debris or accidental contact, ensuring the continuous and stable operation of the system while safeguarding the safety of workers. This compact opening design is ideal for industrial and data center environments that require high levels of security and protection.
03 Multifunctional expansion
1：Real-time monitoring of electricity consumption data
The busbar trough supports real-time monitoring of power consumption data, and can accurately capture key parameters such as current and voltage to provide detailed power usage analysis. This feature helps users get a complete picture of the system's electricity usage, optimize energy efficiency, and reduce unnecessary energy consumption, thereby reducing operating costs.
2 ：Product life cycle forecasting
The intelligent detection system has the function of product life cycle prediction, and can perform intelligent analysis according to the operating status, load and environmental conditions of the busway to predict the service life of the equipment. With this function, users can plan maintenance and replacement time in advance to avoid unexpected faults and extend the overall service life of the device.
3：Full section temperature monitoring
The bus groove built-in full section temperature measurement function can monitor the temperature change of the entire bus groove system in real time. Through temperature monitoring, users can detect possible overheating in time to ensure the safety of power transmission. This function is especially suitable for high-load or complex industrial environments, which can effectively prevent potential safety hazards.
4：Early warning and fault alarm
The intelligent system also provides early warning and fault alarm functions. Through real-time monitoring of power consumption data and temperature changes, the system can issue an alarm when there is an anomaly, timely notify the user for inspection and maintenance, and avoid downtime or safety accidents caused by equipment failure. This intelligent early warning mechanism greatly improves the security and stability of the power system.
5：Remote monitoring and data management
Through the intelligent detection system, users can also achieve remote monitoring, anytime and anywhere through mobile devices or computers to view the operating status of the busway. The system provides detailed data records and analysis reports to help users conduct more in-depth management and optimization of the long-term operation of the busway.
New products on the market | Yunyu series - G busway
There are some limitations in the application of dense busway in power distribution system of factory and data center. Its fixed power intake location lacks the flexibility to meet the dynamic demands of factory line adjustments and data center equipment expansion. When a power point needs to be added or adjusted, it is often necessary to perform a power outage operation, and remove the busbar slot and send it back to the factory for reprocessing. The whole process is complex and time-consuming, significantly increasing the operation and maintenance cost, and directly affecting the production efficiency of the factory and the normal operation of the data center. Long downtime not only undermines the advantages of flexible production on the factory floor, but also poses a major threat to high availability and continuity in the data center. In addition, the maintenance complexity and cost of intensive busbars further increase the challenge of their application, and it is difficult to meet the increasing requirements of flexibility, efficiency and reliability in modern factories and data centers.
G busway | more flexible, more concise distribution products
With the increasing demand for flexibility, efficiency and reliability of the power system in modern factories and data centers, the traditional intensive busway is difficult to meet the high availability requirements of the rapidly developing production environment and data centers due to its fixed power location and complex maintenance. In order to solve this series of problems, the new G-type busbar came into being, integrating the dual advantages of intensive busbar and air busbar, designed for modern industry and data centers, providing a more flexible and efficient power distribution solution.
01 Large capacity, stable performance
G-type busbar groove inherits the advantages of large current carrying capacity of dense busbar groove, can carry high current load, and still maintain excellent stability and reliability of power transmission under high intensity operating conditions. Its design is especially suitable for industrial production lines and data centers where high-power equipment is concentrated to meet the needs of efficient power supply and ensure the continuous and stable operation of the system.
02 Flexible deployment | Fast and reliable power fetching
Modular deployment
G bus slots support modular deployment and are equipped with a variety of installation modules, such as straight section, horizontal elbow, tee, and vertical elbow, which can flexibly adapt to different environments and complex power distribution requirements. Through the modular design, users can quickly and easily install and adjust according to the site conditions, greatly improving the deployment efficiency of the project, reducing the construction time and maintenance difficulty. At the same time, this flexible layout ensures that the busway system can be perfectly adapted to the requirements of modern production lines and data centers.
Fast and reliable power fetching
The self-elastic contact structure of the access device can automatically adjust the contact pressure to ensure the stability and reliability of the electrical connection, and significantly improve the conductive efficiency and long-term stable operation of the system. At the same time, the contacts have been silvered to provide excellent oxidation and corrosion resistance, further reducing the contact resistance and ensuring excellent electrical conductivity under high load and frequent operating conditions. The device also supports fast power withdrawal, can achieve hot swap operation, and can add or adjust power withdrawal points without power outage, greatly improving the flexibility and operation and maintenance efficiency of the system, suitable for flexible production lines and data centers and other efficient operating environments.
Efficient operations - Lower costs
The design of the G-bus groove optimizes the installation and maintenance process, not only reducing the number of power outages due to system adjustments, but also significantly reducing maintenance complexity and cost. Its fast access and easy maintenance features are particularly suitable for flexible production lines and modern data centers, minimizing downtime and ensuring a continuous and stable power supply, thereby improving overall operational efficiency.
6.8mm| Safety clearance
The busbar groove is designed with an opening size of 6.8mm to ensure safety, effectively prevent the insertion of fingers or other small objects by mistake, and meet the protection grade standards. This design not only provides additional security during operation and maintenance, but also prevents potential damage to the system from external debris or accidental contact, ensuring the continuous and stable operation of the system while safeguarding the safety of workers. This compact opening design is ideal for industrial and data center environments that require high levels of security and protection.
03 Multifunctional expansion
1：Real-time monitoring of electricity consumption data
The busbar trough supports real-time monitoring of power consumption data, and can accurately capture key parameters such as current and voltage to provide detailed power usage analysis. This feature helps users get a complete picture of the system's electricity usage, optimize energy efficiency, and reduce unnecessary energy consumption, thereby reducing operating costs.
2 ：Product life cycle forecasting
The intelligent detection system has the function of product life cycle prediction, and can perform intelligent analysis according to the operating status, load and environmental conditions of the busway to predict the service life of the equipment. With this function, users can plan maintenance and replacement time in advance to avoid unexpected faults and extend the overall service life of the device.
3：Full section temperature monitoring
The bus groove built-in full section temperature measurement function can monitor the temperature change of the entire bus groove system in real time. Through temperature monitoring, users can detect possible overheating in time to ensure the safety of power transmission. This function is especially suitable for high-load or complex industrial environments, which can effectively prevent potential safety hazards.
4：Early warning and fault alarm
The intelligent system also provides early warning and fault alarm functions. Through real-time monitoring of power consumption data and temperature changes, the system can issue an alarm when there is an anomaly, timely notify the user for inspection and maintenance, and avoid downtime or safety accidents caused by equipment failure. This intelligent early warning mechanism greatly improves the security and stability of the power system.
5：Remote monitoring and data management
Through the intelligent detection system, users can also achieve remote monitoring, anytime and anywhere through mobile devices or computers to view the operating status of the busway. The system provides detailed data records and analysis reports to help users conduct more in-depth management and optimization of the long-term operation of the busway.
