• All lighting requirements – LED, fluorescent, track, floor, display, garden, emergency and exit lighting

• Workplace electrical solutions

• Design solutions for data and phone requirements, including dedicated areas or flexible workstations

• Skirting duct for a clean cable free look

• Commercial and home workstations

• Fault finding

• Switchboard Upgrades

• Security cameras (wired and wireless)

Safety switches are designed to prevent an electric shock and save lives.

The latest technology in safety switches can monitor the flow of electricity through a circuit and automatically shut off the electricity supply when current is detected.

A few things to know:

• In Australia, only a licensed electrician can install a safety switch. Be sure to always ask for a contractors Licence number and receive a C.O.C before work comenses.

• Safety Switches stop current flowing to earth through a person and electrocuting them (stopping the electricity flow within 30 milliseconds (approximately half a heartbeat).

• Safety switches are not the same as circuit breakers or fuses. They are an additional form of protection to be used with circuit breakers and fuses.

• Safety switches and surge protectors play entirely different roles – surge protectors protect electrical appliances, safety switches protect people.

Fault Finding:

We have all the equipment and training to help find the fault in your electrical wiring – and fix it for you.

Problems can occur it a number of places including the lights, power, cabling, or switchboard.

Some of our repair and fault finding services include:

• Locating power outage faults

• Problem solving lighting issues

• Problem solving cabling issues

• Problem solving switchboards

Smart lights are lighting fixtures that can be controlled remotely using wireless technology, typically through a smartphone app or a voice-controlled assistant like Amazon Alexa or Google Assistant. These lights are connected to your home's Wi-Fi network, allowing you to adjust their brightness, color, and on/off status from anywhere within range of the network. Smart lights often offer additional features such as scheduling, automation, and integration with other smart home devices.

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Interior and Exterior Smart or Normal Power Points.

Not enough power points? No problems. Whether you need another single, double or quad power point, inside or out, with removable covers for easy painting. A few things to consider:

• When it comes to the positioning of a new power point in an existing house, the easiest place to install is on an external wall where we can run the cable down the cavity (for double brick homes).

• For single brick walls (internal walls with another room on the other side) we can run conduit or duct down to the power point. (Sometimes this can be hidden in walk in robes, pantries or linen cupboards).

• Alternatively, we can chase (cut) the wall and recess the cable into the wall which would then need to be patched and painted.

Wall Mounting TV installation

• All size Wall Mount TVs

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Houses, renovations, repairs? The best move is to get a licenced electrician in at the very start.

If your house is more than 30 years old it might need some rewiring work.

A rewire won’t interrupt your life: you’ll have power after work hours and we’ll clean up after ourselves as we go.

A full rewire normally includes:

Replacing old technology with new smart and less expensive to run technology

Mains and switchboard upgrade

Earthing system upgrade

Hard Wiring Smoke Detectors. Have you upgraded yet?

• Hard-wired smoke alarms are physically connected to the properties electrical infrastructure. This means the alarm always has a power source.

• This is definitely a job to put at the top of your to do list. For example, hard-wired alarms installed post-1997 will connect to some form of safety switch or mains power but prior to 1997 would normally be connected to a fuse.

• If power is cut, all hard-wired alarms have a backup battery providing an extra fail-safe.

Renovation rewiring, as seen by an electrician, involves updating or replacing the electrical wiring system in an existing building during a renovation or remodeling project. This process is crucial for enhancing safety, improving electrical performance, and ensuring compliance with current electrical codes.

From an electrician's perspective, the renovation rewiring process typically involves the following steps:

Assessment: The electrician assesses the existing electrical system to determine its condition, capacity, and compliance with safety standards. They inspect the wiring, outlets, switches, circuit breakers, and other components to identify any potential hazards or deficiencies.

Planning: Based on the assessment, the electrician develops a detailed plan for the rewiring project. This includes determining the optimal routing for new wiring, calculating the electrical load requirements, and selecting appropriate materials and components.

Permitting and Compliance: If required by local regulations, the electrician obtains the necessary permits for the rewiring project. They ensure that all work meets the electrical code requirements and safety standards.

Power Shutdown: Before starting the rewiring work, the electrician coordinates with the homeowner or project manager to schedule a temporary power shutdown. This ensures the safety of both the electrician and other workers involved in the renovation.

Removal of Old Wiring: The electrician carefully removes the existing wiring, including cables, conduits, and junction boxes, taking precautions to avoid damage to other building structures. They may need to open up walls, ceilings, or floors to access the wiring.

Installation of New Wiring: Following the planned routing, the electrician installs new electrical wiring throughout the building. This includes running cables, installing conduit where necessary, and connecting wiring to outlets, switches, and circuit breakers. They ensure proper grounding and insulation to prevent electrical faults and minimize the risk of fire.

Upgrading Electrical Panel: If the existing electrical panel is outdated or insufficient for the increased electrical load, the electrician may recommend upgrading to a new panel with adequate capacity. This involves replacing the panel, installing new circuit breakers, and connecting the wiring properly.

Testing and Inspection: Once the rewiring is complete, the electrician performs thorough testing to ensure the proper functioning of the new electrical system. They check for continuity, verify proper grounding, test outlets and switches, and conduct other necessary electrical tests. An inspection by local authorities may also be required.

Finalizing: After successful testing and inspection, the electrician completes the project by securing all wiring, installing faceplates, and labeling circuit breakers. They ensure that the electrical system is organized, accessible, and properly documented.

Renovation rewiring is a complex task that demands expertise and knowledge of electrical systems. It is vital to hire a licensed and experienced electrician to ensure the safety, efficiency, and compliance of the rewiring project.

Frequently, when the NBN is initially set up in your residence, the installer may choose the most economical and effortless location for them. Regrettably, this may not be the most suitable or optimal spot for your home router.

JT Power Electrical specialises in relocating NBN connection points to more convenient locations throughout Melbourne.

JT Power Electrical can also install extra phone and data points, and even enhance your WiFi to ensure you're making the most out of your NBN cabling and connections.

As an electrician, I view the main earth systems as essential components of electrical installations that ensure safety and protect both individuals and equipment. These systems primarily involve grounding and bonding.

Grounding provides a safe pathway for electrical currents to flow into the ground in case of a fault or surge, preventing the buildup of dangerous voltages. It involves connecting electrical equipment and structures to the Earth's conductive surface through grounding electrodes, such as ground rods or metal water pipes. Proper grounding helps stabilize voltage levels, protects against electrical shocks, and enables effective operation of protective devices like circuit breakers.

Bonding, on the other hand, involves connecting all metallic components within an electrical system to establish electrical continuity and eliminate potential voltage differences. This includes bonding conductive materials such as conduits, electrical panels, enclosures, and equipment. By bonding, we ensure that all metallic parts share the same electrical potential, reducing the risk of electric shock and minimizing the potential for equipment damage due to lightning or electrical faults.

Together, grounding and bonding form a crucial safety network within electrical systems. They work in unison to redirect dangerous currents away from people and equipment, while also facilitating the proper functioning of protective devices. By incorporating main earth systems into electrical installations, electricians can help create a safer environment, minimize the risk of electrical hazards, and ensure reliable operation of electrical equipment.