i-DC Busduct System for Data Centers – Optimize Space, Reduce Cost, Maximize Efficiency

In the era of rapidly expanding Data Centers—where every second of downtime can result in significant losses—choosing a reliable, flexible, and scalable power distribution system is critical. The i-DC busduct offers an advanced solution that optimizes space, shortens installation time, and ensures uninterrupted power for mission-critical systems. What makes the i-DC busduct the preferred alternative to conventional cabling systems?

1. General Introduction to i-DC Busduct for Data Centers

In the context of rapidly developing Data Centers with high requirements for stability, scalability, and operational efficiency, the power distribution system plays a critical role.

The i-DC busduct is an advanced busduct solution, specifically engineered for mission-critical environments, ensuring continuous, safe power supply while optimizing operational costs.

2. Brand & Manufacturing Capability

The i-DC busduct system is developed by Furutec – a manufacturer with over 30 years of experience in the busduct industry.

With strong R&D capability and modern testing systems, the product complies with stringent international standards and has been widely applied in Data Center projects worldwide.

3. What is i-DC Busduct? Applications in Data Centers

The i-DC busduct is a modular electrical conductor system used for power distribution, replacing conventional cable systems in data centers.

Main applications:

• Power distribution for server racks
• UPS systems
• IT equipment & network infrastructure
• High-reliability areas

4. Key Features of the i-DC Busduct System

Modular design – space saving

The system features a compact structure, optimizing installation space in Data Centers.

Flexibility & scalability

Allows easy system expansion without requiring full infrastructure replacement.

Quick installation – cost saving

Plug-and-play design reduces installation time and labor cost.

Maintenance-free

Stable operation minimizes periodic maintenance requirements.

Eco-friendly

Reduces cable waste and allows reusability.

5. Detailed Technical Specifications

Electrical parameters

• Rated current of busduct: 250A – 800A
• Rated current of tap-off unit: 16A – 100A
• Rated operational voltage: 1000V
• Frequency: 50/60Hz

Standards

• IEC 61439-6
• IEC 61439-1

Protection rating

• IP40 / IP54
• IK10 (mechanical impact resistance)

System configuration

• 3P4W (L1, L2, L3, Neutral)
• 3P4W + E (with earthing conductor)

Materials

• Conductor: Copper
• Housing: Extruded aluminium alloy

6. Structure of the i-DC Busduct System

The system consists of the following main components:

• Busduct Straight Feeder – Main conductor
• Standard Elbow / Offset Elbow – Directional joints
• Joint Kit – Busduct connection set
• Flange End Box – Terminal box
• Tap-off Unit (TOU) – Power tapping point

The integrated design enables easy installation, modification, and expansion.

7. Power Monitoring Solution

The i-DC busduct integrates an intelligent power monitoring system:

• Real-time monitoring of voltage, current, and power factor
• Energy consumption analysis
• Early fault warning
• Integration with BMS

Benefits:

• Reduced downtime
• Improved operational efficiency
• Optimized energy costs

8. Basic Installation Guidelines

Busduct joint installation

• Align phase orientation
• Install joint connectors
• Tighten using dedicated tools

Tap-off unit installation

• Install clamp onto busduct
• Insert paddle into conductor slot
• Rotate and lock for connection

Support system installation

• Clamp spacing: 1500 mm
• Use appropriate hanger rods and supports

9. Advantages of Using i-DC Busduct in Data Centers

• High reliability for mission-critical systems
• Reduced electrical failure risks
• Easy system upgrade and expansion
• Optimized investment and operational cost
• Enhanced aesthetics and professionalism

10. Practical Applications & Operational Benefits

The i-DC busduct has been deployed in many Data Center projects across:

• ASEAN region
• Asia-Pacific
• Middle East

Practical benefits:

• Reduced installation time
• Improved operational performance
• Lower maintenance cost
• Ensured continuous operation

11. Conclusion & Recommendation

In modern Data Center environments, where absolute reliability and continuity are required, the i-DC busduct system is an optimal alternative to traditional cable systems.

With flexible design, high scalability, integrated intelligent monitoring, and low operational cost, it is the ideal power distribution solution for next-generation Data Centers.

👉 Recommendation:
Enterprises should consider adopting the i-DC busduct system for new Data Center projects or upgrading existing systems to optimize long-term investment efficiency.