GFM Non-Segregated Busway High-Current Transmission System for Power Distribution in Renewable Energy Applications

GFM Non-Segregated Busway High-Current Transmission System for Power Distribution in Renewable Energy Applications

  • GFM Non-Segregated Busway High-Current Transmission System for Power Distribution in Renewable Energy Applications
  • GFM Non-Segregated Busway High-Current Transmission System for Power Distribution in Renewable Energy Applications
Summary
The GFM Non-Segregated Busway is a high-current transmission system designed for reliable and efficient power distribution in renewable energy applications. Featuring non-segregated phase construction, this enclosed busduct ensures consistent strength, exceptional short-circuit resistance, and minimal energy loss with low magnetic hysteresis. Built to meet international standards, it supports systems from 3.6kV up to 40.5kV, with IP54 protection for durability in demanding environments. Ideal for use in large-scale solar, wind, and energy storage systems, the GFM series offers enhanced thermal management, seismic resistance, and smart monitoring capabilities for safe, long-term operation.More
  • GFM Non-Segregated Busway High-Current Transmission System for Power Distribution in Renewable Energy Applications

Product Type

Enclosed busduct

Design Criteria

GB/T 8349

Conductor Type

TMY/LMY

Rated Current

630A--6300A

Frequency

50/60

Rated Voltage

3.6-40.5KV

IP

IP54

Product Series

Nonsegregated busduct/
Segregated phase busduct

Attachment


System

3P3W

■ This system provides consistent strength and high short-circuit ratings. Under the protection of the enclosure made of aluminum or low magnetic plate, no hysteresis loss occurs on the distribution system with low temperature rise on housing, reduce energy loss on the whole system.■ The hole for installation or maintenance can be set up at top or bottom of GFM, ventilated shutter can be set up on both side and bottom of the enclosure to improve heat dissipation.■ Flexible braided straps are applied to eliminate the vibration of connected equipment. Rubber gaskets are adopted as shock absorber in the system to provide the elastic support to the insulator and the conductor. Moreover, the shock absorber can avoid the machinery vibration caused by equipment and the damage caused by earthquake.■ In winter, segregation device can be applied in the wall to avoid condensation happened due to temperature variation between indoor and outdoor in winter.■ Silver-plating is applied to all joint and connection area. Silver-plating provides an extremely durable contact surface with better performance of lower contact resistance and anti-corrosion.■ In order to avoid the resonance frequency range of the busbar and to reduce the electric power acting on the busbar, the type, specification and strength level of the insulator are preferred, and the span between the insulators is reasonably set.■ Observation window can be installed in the connection area of busduct and transformer cabinet and generator cabinet, distribution cabinet so as to monitor the temperature rise by means of temperature measurement device or online intelligent monitoring system, which greatly improve the level of safety and reliability of operation and maintenance.

High & Low Voltage Busway, Switchboard & Intelligent Components, Copper & Aluminum Material, PV ribbon, Support & Hanger, Cable Tray, Energy storage products
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