Busbar Trunking Systems (BBT)
The Intelligent Power Backbone For Modern Infrastructure
AVERIQ delivers high-performance, customized busbar trunking solutions for diverse sectors—from Industry, RMG, and Hospitals to Skyscrapers and Commercial complexes. Our systems ensure reliable, efficient, and scalable power distribution with a focus on safety and innovation
Key Features & Benefits
Safe & Reliable
Fully insulated design, high IP ratings (up to IP68), and excellent short-circuit strength for maximum safety in demanding environments
Flexible & Scalable
Modular plug-in design allows easy reconfiguration, expansion, and adaptation to layout changes without shutdowns
Space-Saving & Efficient
Compact design saves valuable space compared to traditional cabling, with reduced installation time and lifetime cost
Smart Ready
Optional integrated sensors and communication modules enable energy monitoring and predictive maintenance
Busbar Trunking Systems (BBT) (also known as bus ways) deliver flexible, high-efficiency power distribution using prefabricated aluminum or copper conductors housed in protective enclosures. Replacing traditional cabling, they enable rapid installation, scalability, and reliable energy transfer from source to endpoints across facilities.
Key Advantages Over Traditional Cabling
Why are so many engineers and project managers making the switch? The benefits are clear and compelling:
- Unmatched Flexibility and Scalability: Need to add a new machine on the production line or reconfigure an office layout? With a BBT system, it's simple. Tap-off points are placed at regular intervals, allowing you to easily plug-in power connections wherever needed without shutting down the entire system. This modularity makes future expansions or modifications quick and cost-effective
- Significant Space Savings: BBT systems have a much higher power density than equivalent cabling. Their compact, rectangular design allows them to be installed in tight spaces, under raised floors, in ceiling voids, or along walls, freeing up valuable real estate.
- Enhanced Safety: The robust, grounded metal enclosure provides excellent protection against:
- Electric Shock: The live conductors are fully insulated and enclosed.
- Physical Damage: The housing protects against impact, dust, and moisture.
- Fire Spread: Many systems are designed with fire-retardant materials and can act as a barrier, containing potential faults.
- Superior Reliability and Lower Impedance: The solid busbars offer a more stable and reliable connection with lower electrical impedance compared to a series of cable joints and terminations. This results in better voltage regulation, reduced power losses, and improved overall system efficiency.
- Faster Installation: BBT systems are prefabricated and arrive on-site in ready-to-install lengths. This "plug-and-play" approach drastically reduces installation time compared to the labor-intensive process of pulling, laying, and terminating multiple heavy cables. This translates directly into lower labor costs and faster project completion.
- Easier Maintenance and Monitoring: Modern BBT systems can be integrated with monitoring devices to track temperature, load, and energy consumption in real-time. This allows for predictive maintenance and helps prevent unplanned downtime.
Choosing the Right BBT System: Key Considerations
- Current Rating: Systems are available from low amperage (e.g., 100A) for lighting to very high amperage (e.g., 6000A+) for main power distribution.
- Type of System:
- Feeder / Riser Busway: Designed for high-current, point-to-point power transmission, often used in vertical shafts.
- Plug-in Busway: Features numerous tap-off points for flexible power tap-off along its entire length.
- IP Rating (Ingress Protection): Determines the system's resistance to dust and water. Choose an IP rating (e.g., IP54, IP66) suitable for the installation environment.
- Construction & Material: The quality of the conductor (copper vs. aluminum), insulation, and enclosure material will impact performance, longevity, and cost.
Key Applications
- Industrial Plants: Assembly lines, cranes, heavy machinery (up to 6300 A).
- Data Centers: Scalable power to server racks with redundant feeds.
- Commercial Buildings: High-rise vertical risers, lighting, EV charging hubs.
- Renewable Energy: Wind turbine nacelles, solar inverter integration.
Variants
- Lighting Busway (25–250 A): Plug-and-play solutions for offices/retail
- Feeder Busway (630–6300 A): Main power backbone for factories.
- Sandwich Busway (1600–6300 A): High-current density for smelters/data centers.
- Fire-Rated: 30/60/120-min circuit integrity for emergency systems.
Smart Features
- IoT-ready current/temperature sensors
- Digital monitoring via Modbus/Profibus.
- Plug-in circuit breakers & fusible tap-offs.
Maintenance
- Periodic inspections ensure optimal performance
- Dust and moisture protection enhances lifespan
- Easy to upgrade and extend when necessary
Desing & Installation
- Provide full support during design phase
- Busbars are pre-engineered for easy installation
- Requires minimal tools and workforce
- Can be mounted vertically or horizontally based on layout needs.
By investing in a BBT system, you are not just installing a power distribution network; you are investing in operational flexibility, long-term savings, and unparalleled reliability.
