Data centres have high-performance computers that require electricity to power them at all times. A switchboard makes sure that the power is directed in the proper manner. It also ensures that overloads or short circuits do not occur. Switchboards in Australia are required to adhere to strict safety requirements, known as AS/NZS 61439.

Selecting the Correct Switchboard

Australian switchboards are required to conform to AS/NZS 61439. The standards are for safety and reliability. Testing is required on the switchboard, including heat output and materials strength. There are only approved components used, and there are strict guidelines manufacturers must adhere to.

Data centers grow bigger over time and, by implication, so does their power load. Putting a modular switchboard in place is a simple undertaking without requiring excessive alterations. It avoids lengthy downtime and added costs.

Energy-saving switchboards save money and help protect the environment. Power metering, pure copper contacts, and smart circuit breakers add to their efficacy.

Switchboards must also have backup power. This can be two sources of power, automated breakers to disconnect power over in the event of one power source failing, and UPS battery backup systems.

Top Australian Switchboard Providers

All Australian companies manufacture quality switchboards for data centers. IPD Group has flexible power solutions. RG Ladd (Decon Corporation) manufactures switchboards for mega data centers. HP & CP Australia meets all safety standards. Vass Electrical Industries is a specialist in energy efficiency. Trivantage Manufacturing makes customized switchboards, and ARA Electrical offers electrical and telecommunications services.

Actual Example: HP Data Centre in Sydney

The Hewlett Packard Data Centre in Western Sydney required 16 high-power switchboards. K E Brown Electrical Switchboards constructed them. The switchboards were made of high-grade copper for improved power flow, real-time monitoring, and complete safety compliance.

What’s Next for Switchboards?

Technology continues to improve and switchboards are becoming intelligent. Some use AI to better control power. Others are web-based, making remote operation possible. Modular systems make future upgrades simpler and faster.