SIVACON 8PT Low Voltage Switchgear Solution for Modern Industrial Power Distribution

Project Background

In modern industrial plants, commercial buildings, data centers, infrastructure facilities, and manufacturing workshops, stable low-voltage power distribution is essential for daily operation. Even a short power interruption may affect production lines, building systems, lighting, HVAC equipment, motors, pumps, and automation control systems. For this reason, customers need a low-voltage switchgear system that provides reliable power supply, safe operation, flexible configuration, and efficient energy management.

To meet these requirements, GAOBO SWITCHGEAR MANUFACTURER proposed a customized SIVACON 8PT Low Voltage Switchgear Board solution for a modern industrial power distribution project. The product is designed for low-voltage applications in industrial, building, and infrastructure environments, providing stable, reliable, safe, and intelligent power distribution performance. According to the product page, the SIVACON 8PT switchgear is suitable for modern industrial needs and reliable low-voltage power management across manufacturing and infrastructure applications.

Project Requirements

The customer planned to upgrade the low-voltage power distribution system for a production facility with multiple electrical loads, including motor control circuits, lighting systems, air compressors, ventilation equipment, auxiliary machinery, and automation control panels. The existing distribution system had limited expansion capacity and did not fully meet the customer’s requirements for safety, maintainability, and future load growth.

The main project requirements included:

1. A reliable low-voltage switchgear system for continuous industrial operation.
2. Modular cabinet design for incoming, feeder, motor control, compensation, and bus coupler sections.
3. High current-carrying capacity for main distribution circuits.
4. Safe operation during maintenance and fault conditions.
5. Flexible cabinet configuration according to site load requirements.
6. Good protection level for an indoor electrical room environment.
7. Convenient access for inspection, operation, and cable connection.
8. Support for future expansion of production lines.

Proposed Solution

GAOBO provided a customized SIVACON 8PT Low Voltage Switchgear Board solution based on the customer’s load list, electrical drawings, installation space, and power distribution requirements. The complete system was designed with incoming cabinets, feeder cabinets, bus coupler cabinets, motor control sections, and reactive power compensation cabinets.

The product page lists several functional cabinet types for the SIVACON 8PT system, including FCB incoming, feeder, and bus coupler cabinets with circuit breaker technology, OFF cable feeder distribution cabinets, OFW withdrawable motor and cable feeder circuits, PFC reactive compensation cabinets, CCS mounting plate solutions, and fuse switchgear cabinets with 3NJ4/3NJ6 fuse technology.

This modular configuration allowed the customer to build a complete low-voltage distribution system while keeping the design flexible for different load types.

Technical Configuration

For this project, GAOBO selected the cabinet configuration according to the actual distribution capacity and safety requirements of the facility.

Main technical parameters included:

• Rated voltage: 415V / 400V / 380V
• Rated insulation voltage: 1000V for incoming and feeder cabinets
• Rated insulation voltage: 800V for control cabinets
• Rated frequency: 50Hz
• Rated current of main busbar: 6300A–4000A / 4000A–1600A
• Protection level: IP41 / IP40 / IP31 / IP30
• Color: Customized
• Lead time: About 30 days
• Application: Industrial plants, buildings, infrastructure, and low-voltage power distribution systems

These parameters are based on the product information shown on the GAOBO product page.

Project Implementation Plan

1. Load Analysis and Power Distribution Design

At the beginning of the project, GAOBO’s technical team reviewed the customer’s electrical load data, transformer capacity, incoming power supply arrangement, feeder circuit requirements, motor loads, compensation needs, and installation environment. Based on this information, the team prepared a low-voltage power distribution scheme suitable for the customer’s daily operation and future expansion.

2. Cabinet Layout and Functional Configuration

The switchgear lineup was divided into different functional sections, including incoming cabinet, feeder cabinet, bus coupler cabinet, motor control cabinet, and reactive power compensation cabinet. The modular SIVACON 8PT structure helped optimize cabinet arrangement, simplify cable routing, and improve maintenance convenience.

3. Component Selection and Protection Design

According to the customer’s power distribution requirements, suitable circuit breakers, molded case circuit breakers, fuse switch devices, busbar systems, meters, control components, and protection devices were selected. The design focused on safe operation, reliable fault protection, and stable power supply under different load conditions.

4. Factory Manufacturing and Assembly

After design confirmation, GAOBO manufactured and assembled the switchgear board in the factory. Cabinet framework, busbar system, functional units, wiring, protection devices, and auxiliary components were installed according to the approved drawings. Factory assembly ensured better quality control and reduced on-site installation workload.

5. Quality Inspection and Testing

Before delivery, the switchgear board underwent routine inspection and electrical testing. The inspection included cabinet appearance, mechanical operation, wiring accuracy, insulation performance, busbar connection, grounding continuity, protection circuit check, and functional operation test.

6. Delivery, Installation, and Commissioning

After passing inspection, the equipment was packed and delivered to the customer’s project site. During installation, the customer completed cabinet positioning, cable connection, grounding, and final commissioning. GAOBO provided technical support to help ensure smooth start-up and safe operation.

Project Benefits

The customized SIVACON 8PT Low Voltage Switchgear Board helped the customer build a safer, more reliable, and more flexible low-voltage power distribution system.

Key benefits included:

• Stable low-voltage power distribution for industrial operation
• Modular cabinet design for different power distribution functions
• High main busbar current capacity for heavy electrical loads
• Flexible feeder and motor control solutions
• Reactive power compensation to improve power efficiency
• Reliable protection for incoming, feeder, and motor circuits
• Easy maintenance with accessible cabinet structure
• Expandable design for future production capacity growth
• Suitable for industrial, building, and infrastructure applications

This project demonstrates how GAOBO’s Certificated SIVACON 8PT Low Voltage Switchgear Board can support modern industrial power distribution systems with reliable performance, modular flexibility, and efficient energy management.

For factories, commercial buildings, infrastructure projects, and industrial facilities, a safe and intelligent low-voltage switchgear system is essential for continuous operation. With customized design, professional manufacturing, and flexible cabinet configuration, GAOBO SWITCHGEAR MANUFACTURER can provide complete low-voltage distribution solutions according to different project requirements.

If you are looking for a reliable SIVACON 8PT low voltage switchgear board, customized low-voltage switchgear cabinet, or complete power distribution solution for your next project, GAOBO can provide technical support, product customization, and professional manufacturing service.