Cublicle (MV Panels)

Our medium voltage cubicles are designed to support safe and reliable power distribution. Suitable for applications in the industrial sector, power plants, and distribution substations

Cubicle (MV Panel) is a medium-voltage electrical distribution device (1 kV to 36 kV) that ensures a safe and stable power flow. This cubicle is designed to protect equipment from electrical current disturbances.

Details Product

Type:

• Air Insulated Switchgear (AIS): Economical and suitable for large spaces.

• Gas Insulated Switchgear (GIS): Space-saving and reliable in extreme environments.

Superiority:

• Protection mechanism with high quality circuit breaker

• Easy to install and maintain

• International standards such as IEC 62271 and ANSI C37

Application:

• Power plants

• Distribution substation

• Big industries

Main Feature:

• Available in various configurations (AIS/GIS)

• High-current insulation and protection systems

• Compliant with international IEC/ANSI standards

Finish Product

Custom-built

We are not only selling the "finish product" for this one - Cublicle (MV Panels). We also create this product from scratch. It's also suitable for applications in the industrial sector, power plants, and distribution substations

I - Panel Body Sanding

The cubicle body, typically made of stainless steel or carbon steel, is first cleaned of dirt, rust, and surface imperfections

• This process uses a sanding machine or is done manually to ensure a smooth surface, ready for the painting process

Purpose:

• Removing rust and dust from the metal surface

• Enhancing the adhesion of paint on the cubicle body

II - Panel Body Painting

After sanding is complete, the cubicle body is painted using either the powder coating method or liquid paint.

• Powder Coating: Powder paint is sprayed onto the body using an electrostatic device, then heated in an oven to create a strong and durable coating.

• The process is carried out in multiple layers to ensure resistance to corrosion, high temperatures, and extreme environments.

Purpose:

• Providing protection against rust, moisture, and chemicals

• Delivering an aesthetic finish in the desired color (usually standard colors like gray, white, or blue).

III - Body Assembling

The assembly process begins with the installation of internal components, such as:

• Busbar: The main conductor for electrical distribution

• Circuit Breaker (CB): For protection against overcurrent and short circuits

• Protection Relay: To detect and interrupt current flow in case of faults

• Control Panel: For operating and monitoring the system

• Cables and insulation to ensure all connections are safe and meet the design specifications

• The components are assembled using high engineering standards to ensure safety and functionality

Purpose:

• Arranging all components according to the technical design and customer specifications

IV - Testing

After the assembly process is complete, the cubicle undergoes testing to ensure quality and performance. The testing includes:

• High Voltage Test (Hi-Pot Test): Testing insulation against high voltage to ensure no electrical leakage.

• Continuity Test: Ensuring the connections between components function properly.

• Functional Test: Testing the functionality of each component, such as circuit breakers, protection relays, and indicators.

• Safety Test: Ensuring the system is safe to operate under real-world conditions.

Purpose:

• Ensuring the cubicle meets international standards (IEC, ANSI) and the requested technical specifications.

V - Finish Product

After passing all testing stages, the cubicle is ready to be delivered to the customer. The final product features:

• A body with a corrosion-resistant and aesthetically pleasing paint finish

• High-quality components that meet technical specifications

• Readiness for installation on-site for medium voltage power distribution applications

Purpose:

• Providing products that are safe, durable, and reliable for various industrial, commercial, and infrastructure electrical needs