Switchboard Upgrades

Switchboard Upgrades

Is your switchboard still running on old ceramic fuses? Voltra Electrical provides professional switchboard upgrades across Melbourne — keeping your home safe, compliant, and ready for modern electrical demands.

An outdated switchboard is one of the most common electrical hazards in Australian homes. Old ceramic fuse boards lack the safety protection of modern circuit breakers and residual current devices (RCDs), leaving your family and property exposed to risk. Voltra Electrical specialises in switchboard upgrades for homes and businesses across Melbourne, including Lalor, Epping, Mill Park, South Morang, Thomastown, Bundoora, and beyond. We replace old fuse boards with modern consumer mains units fitted with safety switches (RCDs) and circuit breakers that meet current AS/NZS 3000 wiring standards. Whether you're upgrading for safety, preparing for solar panels, installing an EV charger, or simply bringing your home up to code, we'll assess your current setup and recommend the right solution. All switchboard work is carried out by our licensed electrician (REC: 37324) and fully inspected before handover.

A switchboard upgrade is one of the most impactful electrical investments you can make in your home. Modern switchboards include safety switches (RCDs) that detect electrical faults in milliseconds — far faster than old ceramic fuses — and automatically cut power before serious injury or fire can occur. Victorian regulations require safety switches on all power and lighting circuits in new installations, and many older homes are still running without this critical protection. At Voltra Electrical, we carry out switchboard upgrades from start to finish — assessing your current board, calculating your home's load requirements, sourcing quality components, and completing the installation to a high standard. We also handle the required Certificate of Electrical Safety (CES) so your work is fully compliant and documented. If you're adding solar panels, an EV charger, a pool pump, or a ducted air conditioning system, a switchboard upgrade is often a necessary first step to ensure your home's electrical system can handle the additional load safely.

Installing an EV charger can reveal that an older switchboard is already at capacity.

What's Included

What Affects the Scope & Cost

Voltra Electrical provides a free written quote before any work starts. No work begins without your approval.

Brands We Work With

Frequently Asked Questions

How do I know if my switchboard needs upgrading?

Signs you need a switchboard upgrade include: ceramic or porcelain fuses (instead of circuit breakers), no safety switches (RCDs), frequently tripping breakers, burning smells near the meter box, or a switchboard that's more than 25 years old. If you're unsure, call Voltra Electrical on 0495 096 344 and we'll assess it for you.

How long does a switchboard upgrade take?

A standard residential switchboard upgrade typically takes 3–6 hours depending on the size of your home and the complexity of the existing installation. We'll give you a clear timeframe when we assess the job.

Do I need to be home during the switchboard upgrade?

Yes — we'll need access to your meter box and the power will be off for part of the job. We'll coordinate a time that works for you and keep the downtime as short as possible.

Is a switchboard upgrade required before installing solar or an EV charger?

Often yes. Older switchboards may not have the capacity or safety devices required to support solar inverters or EV chargers. We'll assess your current board and let you know if an upgrade is needed before proceeding.

Are you licensed to do switchboard upgrades in Victoria?

Yes. Voltra Electrical holds Electrical Contractor Licence REC: 37324 and is $10 million public liability insurance. All switchboard work is completed to AS/NZS 3000 wiring standards and a Certificate of Electrical Safety is issued on completion.

Switchboard Upgrades — Popular Areas

Licensed electrician (REC 37324). Call 0495 096 344 for a free quote.