Search Results:
Search Results:
Search Results:
Search Results:
At its core, the Internet of Things refers to everyday devices that connect to the internet (or a local network) to share data, receive commands, and operate intelligently — often without direct human input.
In a residential or commercial electrical installation, this translates to things like:
The common thread? Devices that were once purely mechanical now have a digital brain — and that brain is increasingly connected.
A decade ago, "smart home" meant a high-end custom installation for wealthy clients with deep pockets. Today, that's completely changed.
Smart switches, dimmers, and smart power points are available at accessible price points. Clients — residential and commercial alike — are asking for them by name. Building developers are specifying them as standard inclusions. And with the growth of rooftop solar, home battery systems, and EV charging, the need for intelligent energy management is only accelerating.
For electricians, this creates real opportunity. IoT-enabled products aren't dramatically harder to install than their conventional equivalents, but they command higher margins, create ongoing client relationships (for commissioning, upgrades, and troubleshooting), and position you as the sparky who's ahead of the curve.
Smart light switches look almost identical to conventional switches but connect via Wi-Fi, Zigbee, or Z-Wave to allow remote control, scheduling, and voice-assistant integration. Brands like Major Tech and Mercator Ikuu are making serious inroads in the Australian trade market with smart automation ranges designed for licensed electrician installation.
For your clients, the pitch is simple: control every light in the house from a single app, set schedules automatically, and never worry about leaving lights on when they leave for work.
Zigbee-based smart switches (like many in the Mercator Ikuu range) form a mesh network and don't rely on Wi-Fi bandwidth for each device. They tend to be more reliable in larger homes and commercial spaces. Wi-Fi based switches are simpler to commission but can put load on the client's router. Both require a licensed electrician for installation.
Smart power points take a standard GPO and add remote on/off control, energy monitoring, and scheduling. They're particularly popular in commercial settings where managing standby power consumption matters, and in residential jobs where clients want to track exactly what's drawing power.
The Mercator Ikuu range includes both single and double smart power points with Zigbee connectivity, making them easy to integrate into an existing smart home ecosystem. For outdoor applications, IP-rated weatherproof smart GPOs are available for pool pumps, garden lighting, and irrigation — a growing request from residential clients.
Dimmers have always been popular, but the new generation of smart dimmers from brands like Clipsal — including the Clipsal Iconic and Clipsal Saturn ranges — take things further. These can integrate with home automation systems, be controlled via app or voice, and be programmed with scenes and schedules.
The Clipsal Saturn Zen range in particular represents the premium end of what Australian clients are requesting in new builds and renovations. For SAL users, the SAL dimmer range — including Pixie-enabled models — also offers smart integration options. And Cabac dimmers round out the trade offering for budget-conscious builds.
Occupancy and motion sensors are among the most practical IoT-adjacent products on the market. They reduce energy waste automatically — lights only activate when someone is present — and in commercial environments they contribute to NCC energy efficiency compliance under Section H1.
Modern sensor lights are available with adjustable sensitivity, lux thresholds, and hold times, making them suitable for everything from a residential hallway to a large commercial carpark. The Mercator Ikuu range even includes IP65-rated smart outdoor PIR sensors that integrate directly into a Zigbee network, allowing automations to be triggered based on presence across an entire property.
Timers are one of the oldest forms of automation in electrical work — but the new generation of digital timers from brands like Theben and Hager brings precision programming, astronomical functions (adjusting automatically for sunrise/sunset times), and in some cases remote access via Bluetooth app.
Whether it's managing irrigation pumps, HVAC equipment, or exterior lighting, digital timers are a simple, cost-effective way to introduce automated control to any installation. For backup power reliability, battery backup timers maintain programming even during power outages — an important consideration for commercial installations.
EV chargers are arguably the fastest-growing IoT category in electrical at the moment. Smart EV chargers — including the Ohme range — connect to home networks to enable scheduled charging, load management, and solar integration.
The EVlink Universal Peak Controller, for example, allows the charger to respond dynamically to household load conditions, preventing nuisance tripping on the main supply. This kind of intelligent load management is becoming essential as EV adoption accelerates across Australia. The Schneider Charge system also offers connected EV charging solutions for residential and commercial applications.
Licensed Electrician Requirement: All EV charger installations in Australia require a licensed electrician. The charging circuit must comply with AS/NZS 3000 requirements including appropriate RCD protection and correct circuit sizing for the charger's rated current.
One of the more comprehensive smart home ranges available through Sparky Direct is the Major Tech Smart Automation system. Major Tech's range includes smart switches, dimmers, and sensors designed to work together as an integrated ecosystem — all installable by licensed electricians using standard wiring methods.
For electricians looking to offer clients a cohesive smart home solution rather than a collection of individual products, Major Tech is worth exploring. The range pairs well with Major Tech's test and measurement equipment, making it a natural fit for electricians already familiar with the brand from tools like the Major Tech test equipment range.
Another range worth having in your back pocket is Mercator Ikuu. It's one of the more accessible smart home ecosystems available in Australia, covering a surprisingly broad spread of products — smart switches, dimmers, ceiling fans, and even a smart kettle — all controlled through a single app.
For electricians, the Ikuu range is a practical option when clients want a cohesive smart home system without the premium price tag of some other platforms. The switches and dimmers install using standard wiring methods, and the app-based setup is straightforward enough that most clients can manage it themselves after handover.
The fan controllers are particularly worth noting — smart ceiling fan control is a common client request that not every range handles well, and Ikuu does it cleanly. The smart kettle is a good conversation starter too; it signals to clients just how far the connected home ecosystem extends beyond light switches.
IoT products don't change the fundamental rules — AS/NZS 3000:2018 (the Wiring Rules) still governs how all electrical work must be designed and installed in Australia. A few things worth keeping in mind:
Smart switches, dimmers, and power points connect directly to the mains supply. No amount of "Wi-Fi enabled" changes the fact that installation is licensed work. This is also a genuine selling point for trade professionals — clients cannot legally DIY these installations.
Socket-outlets, lighting circuits, and directly connected equipment in residential and commercial installations must comply with AS/NZS 3000 RCD requirements — regardless of whether those devices are "smart" or conventional. Where switchboard replacements or circuit alterations are carried out, AS/NZS 3000 Clause 2.6.3.2.5 requires RCD protection to be updated for all affected final subcircuits.
The NCC's H1 energy efficiency provisions increasingly reward automated lighting control and occupancy sensing. IoT products — including sensor lights and smart dimmers — can be a legitimate compliance pathway, particularly in commercial new builds.
Sensitive electronics — including the Wi-Fi and Zigbee modules inside smart switches and power points — are vulnerable to transient overvoltages. AS/NZS 1768 provides guidance on surge protection risk assessment. Recommending surge protective devices (SPDs) alongside IoT installations is good practice and a legitimate upsell, particularly on sites at the end of long overhead powerlines or in areas with frequent power disturbances.
AS/NZS 3000 Appendix M specifically addresses active assisted living (AAL) — installations where automated systems support independent living for elderly or medically dependent residents. IoT-enabled lighting, remote monitoring, and automated controls are increasingly specified in AAL installations, and the Wiring Rules require particular attention to continuity of supply in these environments.
IoT in electrical is still evolving rapidly, but a few directions are clear.
The integration of solar, battery storage, and EV charging into a single managed system is becoming the standard expectation for premium residential builds. Electricians who can install and commission these systems — and who understand how they communicate with each other — will be in high demand.
Active Assisted Living (AAL) is a growing application area. As the Australian population ages, automated home systems that support independent living (lighting that responds to movement, power that can be remotely monitored, continuity of supply for medical equipment) will become standard in new builds and retrofit projects.
Commercial building automation is increasingly specified from the design stage, with smart sensors, lighting control systems, and demand management built into BCA-compliant designs. Electricians with IoT knowledge will be better placed to work alongside builders, BMS integrators, and consultants on these projects.
The Smart Solutions range at Sparky Direct continues to expand as new products and brands enter the Australian market. Getting familiar with these categories now puts you ahead of the curve.
Mercator Ikuu 70mm Walter Downlight — Smart Colour Zigbee Downlight Overview
Mercator Ikuu 92mm Walter Downlight CCT — Smart CCT Downlight in Action
Mercator Ikuu Smart Home Range — Product Overview
I recently purchased the Mercator Ikuu 92mm Walter Downlight CCT from Sparky Direct and was genuinely impressed. The light integrates seamlessly into my Home Automation system (Home Assistant). Delivery was spot on — arrived quickly and exactly when promised. Sparky Direct offered it at a great price, and based on this experience, I would highly recommend them for quality smart lighting solutions.
Great little smart device. Very convenient to have the Christmas lights scheduled to automatically turn on at dusk and off at a set time — no mucking around. Does exactly what I want it to do.
Best smart home light switches. Integrate easily with Home Assistant through Zigbee — exactly what I needed for a reliable smart home setup. Straightforward install and rock-solid performance since day one.
Trusted brands • Expert advice • Fast Australia-wide delivery • Trade pricing
Shop Smart Solutions → Get Expert Advice →Internet of Things (IoT) devices help you save time, energy, and money. You can monitor power use, control lighting, and track equipment from your phone or computer. This gives you better control and smarter decisions every day.
Yes. Internet of Things (IoT) systems help small businesses track energy use, improve security, and reduce downtime. Over time, the savings and efficiency gains often outweigh the initial setup cost.
Sparky Direct provides clear product details, datasheets, and warranty information for Internet of Things (IoT) devices. For system design or installation support, contact the manufacturer or a licensed electrician where required.
Yes. Many Internet of Things (IoT) platforms allow you to add extra sensors, meters, and controls over time. Make sure new devices match your existing network type and platform.
Most Internet of Things (IoT) devices last several years under normal use. Battery-powered models may need new batteries every 1 to 5 years, depending on usage and environment.
Internet of Things (IoT) devices are safer when you use strong passwords and enable automatic updates. Choose trusted brands and secure networks to protect your information.
Some Internet of Things (IoT) devices continue to operate locally without internet access. Others rely on cloud connectivity. Check whether the device supports local control or offline mode before installing.
Internet of Things (IoT) devices designed for Australia are built for local voltage and climate conditions. Always check the IP rating and operating temperature, especially for outdoor or industrial installations.
Most Internet of Things (IoT) devices use very little electricity. In many cases, they reduce energy costs by improving control, monitoring, and efficiency across your site.
Many Internet of Things (IoT) devices are quick and easy to connect to Wi-Fi. If the device is mains powered or hard-wired, you must use a licensed electrician to ensure safe and compliant installation.
The Internet of Things (IoT) is a network of physical devices connected to the internet. These devices collect and share data in real time. Common examples include smart meters, sensors, cameras, and building control systems.
You can buy compliant Internet of Things (IoT) devices from trusted suppliers like Sparky Direct. Product pages clearly list key specifications, compliance details, and warranty information to help you choose with confidence.
Internet of Things (IoT) devices can be mains powered, battery powered, or powered through Power over Ethernet (PoE). Battery life ranges from several months to multiple years, depending on device type and usage.
Yes. Many Internet of Things (IoT) devices support common communication protocols such as Modbus, BACnet, and MQTT. Always check system compatibility before you buy to ensure smooth integration.
Internet of Things (IoT) security relies on strong encryption, secure passwords, and regular firmware updates. Choose devices that support secure protocols such as HTTPS and TLS. Keep all devices updated to protect your network and data.
Internet of Things (IoT) systems use Wi-Fi, Ethernet, Bluetooth, Zigbee, 4G/5G, NB-IoT, and LoRaWAN. The right network depends on distance, power consumption, and how much data the device needs to send.
Internet of Things (IoT) devices may require RCM marking for electrical safety and electromagnetic compatibility. Wireless devices must also meet ACMA requirements. The exact standard depends on voltage, radio type, and how the device is used.
Yes. Internet of Things (IoT) products sold by Sparky Direct are typically RCM-compliant where required. Always check the product page or datasheet to confirm certification and compliance with Australian standards before purchase.
Internet of Things (IoT) devices include smart lighting, energy meters, HVAC controls, security cameras, water leak sensors, and industrial monitoring equipment. The exact device depends on your industry and the problem you want to solve.
Internet of Things (IoT) devices use built-in sensors and software to gather data. They send this data through Wi-Fi, 4G/5G, Ethernet, or LPWAN networks. The system then stores or analyses the data in the cloud or on a local server, so you can access insights fast and act quickly.