Cable Bus is an advanced power distribution system designed to meet the diverse needs of industrial, municipal, and commercial projects.

Composed of multiple parallel conductors housed in a ventilated, rigid enclosure, this system provides a reliable, efficient, and cost-effective method of transmitting electrical power. With voltage capacities ranging from 600 volts to 218,000 volts and ampacities of up to 10,400 amps, Cable Bus systems are adaptable to a wide variety of applications and power requirements.

What Makes Cable Bus Unique?

What sets Cable Bus apart is its ability to be customized to specific project demands. Each system incorporates fully insulated conductors supported by cable blocks that ensure proper phasing, spacing, and short-circuit protection. This design minimizes electrical losses, ensures consistent power delivery, and enhances overall system reliability, even in challenging environments.

Additionally, Cable Bus systems feature ventilated metal housing that promotes heat dissipation, improving performance and durability. These systems are also designed to meet specific environmental requirements, including outdoor installations, making them versatile for projects with unique demands.

Wide Range of Applications

Cable Bus systems are used in a variety of industries and settings, including:

Data Centers – Providing uninterrupted power supply for critical IT infrastructure.
Industrial Facilities – Supporting high-energy processes like manufacturing and mining.
Wastewater Treatment Plants – Ensuring consistent power for operational efficiency.
Hospitals – Delivering reliable power for medical equipment and critical operations.
Electrical Substations – Transmitting high-voltage power for utility infrastructure.
Backup Generators – Connecting emergency power systems to essential services.

Efficiency and Reliability for Demanding Projects

Cable Bus systems are engineered to minimize electrical losses and maximize efficiency, making them an ideal choice for modern power distribution needs. Their robust design allows them to withstand the rigors of demanding environments, such as high-risk construction sites or industrial operations.

By combining adaptability, durability, and superior performance, Cable Bus ensures safe and consistent power delivery for critical infrastructure, even under extreme conditions.

What is a SuperiorBus Cable Bus System?

SuperiorBus is an advanced, custom-engineered cable bus power distribution system that stands apart for its efficiency, reliability, and adaptability. Unlike standard cable bus systems, SuperiorBus leverages an innovative design with fully insulated, continuous conductors that run from source to load. These conductors are evenly spaced within a wet-dry-rated enclosure, ensuring optimal current flow, durability, and protection against environmental factors.

SuperiorBus systems accommodate a wide range of power requirements, from 400 to over 32,000 amps, and voltages between 208 volts and 218,000 volts. These systems are not only certified to meet industry standards such as UL, CSA, and NOM, but they can also be tailored to meet unique project specifications, making them a versatile solution for complex power distribution challenges.

How Superior Cable Bus Systems Operate

A SuperiorBus system is built on a foundation of precision engineering and components. Insulated power cables are housed within a ventilated, rigid metal enclosure. These cables are supported by high-performance polymer cable blocks, which maintain precise spacing and phasing to minimize electrical losses and ensure efficient operation.

The system’s design allows it to handle short-circuit events safely, with tested capacities exceeding 100,000 RMS symmetrical amps. This makes SuperiorBus highly reliable, even under the most demanding conditions. Each system is engineered to balance load distribution, reduce voltage drops, and maximize long-term energy efficiency.

Key Advantages of Superior Cable Bus Systems

Cost Efficiency

SuperiorBus offers significant cost savings compared to traditional power distribution methods such as non-segregated bus ducts, conduit and wire systems, or cable in trays. As copper prices continue to rise, the design of SuperiorBus uses less material without compromising performance. This results in not only lower upfront costs but also long-term savings through reduced energy losses and operating expenses.

The system’s continuous design eliminates the need for intermediate splices or connections, which can cause power losses in other systems. Additionally, its free-air rating and use of parallel conductors ensure efficient operation with fewer materials, further reducing overall costs.

Unmatched Reliability

Reliability is a cornerstone of the SuperiorBus design. Continuous runs of insulated conductors eliminate the risk of faulty splices, which are a common point of failure in other systems. Its wet-dry rating and weather-resistant materials allow it to function seamlessly in both indoor and outdoor environments, including harsh climates.

Unlike other technologies that rely on heater strips or thermostats for moisture control, SuperiorBus’s ventilated enclosure design prevents condensation and maintains performance without additional components. The system’s polymer cable blocks are resistant to rot, decay, and weathering, ensuring long-term structural integrity and operational reliability.

Flexibility and Adaptability

SuperiorBus is designed with flexibility in mind, allowing field adjustments to accommodate unforeseen obstructions during installation. The modular design can be quickly adapted to different lengths or routed around structural steel, piping, or other immovable objects without causing delays.

This adaptability makes SuperiorBus ideal for complex project environments where traditional power distribution systems may struggle. Additionally, its ventilated enclosure ensures it operates efficiently even in wet conditions, further enhancing its versatility.

Applications of Superior Cable Bus Systems

SuperiorBus systems are the go-to solution for a wide range of industries and projects, including:

Data Centers: Reliable power distribution for critical IT infrastructure.
Industrial Facilities: Supporting high-demand processes such as manufacturing and mining.
Hospitals: Delivering consistent power for life-saving equipment and operations.
Renewable Energy Projects: Powering wind turbines, solar farms, and hydroelectric dams.
Municipal Utilities: Ensuring uninterrupted power for wastewater treatment and electrical substations.
High-Rise Buildings: Efficient vertical power distribution with minimal space requirements.

Compared to traditional conduit and wire systems, SuperiorBus offers lower costs, reduced electrical losses, and improved reliability. Its ability to perform in challenging environments makes it an indispensable choice for engineers and architects seeking dependable, high-performance power distribution solutions.

SuperiorBus represents a leap forward in power distribution technology. With its unmatched efficiency, adaptability, and reliability, it provides the optimal solution for even the most demanding projects.