Lighting can completely transform how a space looks, feels, and functions.
It can not only enhance comfort and highlight standout architectural features, but the right design and systems can also support your daily routines and reduce unnecessary energy use.
But how does lighting control work, and how do you know which system is right for your space?
Imagine if the perfect lighting for dinner, hosting friends, or an at-home movie night took just one press of a button.
As leading providers of electrical services in Sydney, we know that what lights one home may not meet the ambient needs of the next.
Whether you’re building a new home from the ground up, innovating and upgrading an existing system, or looking to reduce your overall energy consumption, you need lighting control that works for you.
In this guide to lighting control systems, we’ll take a look at some of the most common types, their unique pros and cons, and what you can expect on your journey towards sustainable, efficient lighting control.
What is a lighting control system?

Lighting controls, at their most basic, are a way of regulating the intensity and colour temperature of the lights in your space.
With systems and devices ranging from simple ON/OFF switches to sensors, dimmers, and advanced smart technology, lighting controls allow you to adjust illumination and ambience levels based on a room’s occupancy, schedule, usage, and natural light distribution.
Some of the most common functions of lighting control systems are:
- Setting minimum and maximum lighting levels
- Accounting and adjusting for natural daylight levels
- Delivering lighting levels in accordance with Australian and New Zealand Lighting Standards
- Regulating artificial lighting to ensure it’s ON in occupied rooms and OFF in unoccupied spaces
- Allowing automation overrides to meet specific scene presets like “Work” or “Presentation”
- Monitoring lighting, maintenance, and reporting from the cloud and smartphone apps
- Measuring energy efficiency and prolonging luminaire life (otherwise known as the length of time a light
- fixture can operate before dimming or failing)
What are smart lighting controls?

Smart lighting systems are a popular smart feature in many homes across Australia, allowing users to control their lights through smartphone apps, voice control, motion sensors, or customised schedules.
Smart lighting controls answer the growing need for energy efficiency in residential and commercial environments, reducing energy consumption and operational costs without sacrificing performance.
Not only can smart systems offer precise, customisable control, but in doing so, they also create an adaptable environment to suit every situation, personal or professional.
Whether you’re looking to bring some warmth to your home’s lighting, bolster productivity in your office, or schedule your lights for some peace of mind on your next trip away, smart controls offer several key benefits:
- Energy savings – automatically reduce lighting when a room is not in use or no one is present
- Cost reduction – lower energy bills and maintenance expenses by only powering fixtures when necessary
- Personalised environments – automate your circadian lighting based on the time of day. Sunrise and sunset, or your individual routine
- Productive ambience – create environments with lighting tailored to a specific task or mood
- Varied solutions – choose from a range of options to suit your needs, from smart dimmers to smart switches and bulbs
Comparing popular smart lighting control systems
When deciding which smart lighting control system is the best fit for your home automation set up, you likely want to know what each option has to offer, and what it can do for your experience.
To help you weigh the pros and cons of each, we’ve broken down some of the key benefits and features of Australia’s most popular lighting control systems:
| Smart control system | Basalte Home | Control4 | KNX |
| Total estimated installation cost | $15,000–$45,000 | $6,000–$20,000+ | $5,000–$20,000+ |
| Pre-set lighting controls | ✅ | ✅ | ✅ |
| Customisable lighting scenes | ✅ | ✅ | ✅ |
| Remote app control | ✅ Basalte Home | ✅ Control4 | ✅ KNX APP-Control |
| Motion/occupancy sensors | ✅ PIR | ✅ PIR | ✅ Combination PIR and microwave |
| Daylight sensors/photosensors | ✅ | ✅ | ✅ |
| Voice-assisted lighting controls | ✅ Apple Home (Siri), Google Assistant, Amazon Alexa | ✅ Apple Home (Siri), Google Assistant, Amazon Alexa, Josh.ai | ✅ Apple Home (Siri), Google Assistant, Amazon Alexa |
| Compatible with | KNX, Philips Dynalite | Basalte, Savant | Basalte, DALI-2 |
Types of lighting controls
Like many other smart technologies, lighting control systems have evolved over the years, from the simple light switch of the late 1800s to the open-protocol DALI system of the late 1990s.
In recent times, automation has advanced the realm of lighting control, with automated ambience and energy efficiency sometimes just a single tap away.
Its popularity across both residential and commercial projects largely stems from its combination of convenience, design, and efficiency.
People are searching for the systems that make their spaces easier to use, like lighting scenes, dimming, scheduling, sensors, and automation triggers.
In higher-end homes and businesses, lighting is being considered earlier in the design process, rather than added at the end.
To answer this growing demand, most smart home lighting control systems feature:
| Lighting control | Pre-set lighting controls | Motion sensor (occupancy) controls | Daylight sensor (photosensor) controls | Voice-assisted lighting controls |
| How it works | Adjust lighting levels using a manual slider and a basic switch | Detect when people are occupying a space (turning on when someone enters, off when someone exits) | Detect ambient light levels and adjust lighting to suit | Switch lights on via remote voice commands |
| Ideal for | Multi-purpose spaces with frequently changing needs or ambience: – Restaurants & bars – Conference rooms – Auditoriums – Smart homes | Exterior entry/exit points and places of business: – Restaurants & bars – Hotels – Sports centres – Toilets & changing rooms | Spaces that consistently receive a large amount of natural light: – Open-plan rooms – Warehouses – Outdoor spaces | Rooms where hands-free operation is necessary: – Bedrooms – Kitchens – Assisted living – Home offices & theatres |
| Advantages | Reduce energy consumption, convenience, and customised lighting scenes | Reduce energy consumption and electricity costs, increase security in dark areas | Increase energy efficiency (save 20% by dimming 25%), extend fixture lifespan | Safe home navigation at night, customisable commands, compatible with Amazon Alexa and Google Home technology |
| Disadvantages | Higher upfront costs than traditional switches, tech learning curve | Blocked by metal objects or walls (microwave sensors), false triggers from animals or other wildlife (PIR sensors) | Sensitive to changes in, or uneven, natural light levels | High upfront costs, reliant on Wi-Fi and stable connections |
Across the lighting control board, wired and wireless systems still dominate the market.
Many systems operate on both foundations, but the right one for your home – or business – will ultimately depend on your setup, budget, and specific needs.
Wired lighting controls
The majority of lighting systems you’ve encountered in your life have likely been wired, with all controls and circuits leading back to one central control location.
Wired lighting control systems rely on physical installation (think low-voltage wires or cables) to connect each device in a system, from switches to dimmers and keypads.
They’re typically faster and more responsive than wireless control systems, with greater all-round reliability.
Wireless lighting controls
Wireless lighting control systems don’t rely on the extensive low-voltage wires and cables used in wired systems.
The opportunity to scale your system is much higher with wireless controls than it is with the wired variety, and they’re generally more cost-effective in the long run.
Some wireless lighting control systems, such as Philips Dynalite and Zencontrol, also offer wired installation, with suitability depending on your needs and preferences at home or at work.
Lighting control system installation requirements

While there are many options to choose from when it comes to installing your next lighting control system, there is one key thing they all have in common: installation compliance.
All lighting control system installations must be completed by a licensed electrician in Australia, in accordance with the national AS/NZS 3000 Electrical Standards and National Construction Code (NCC).
They are also required to meet strict maximum illumination power density standards, primarily the AS/NZS 1680, which is used to determine the appropriate interior lighting for workplaces in Australia.
Depending on the space or purpose of the installation, your system may also require specific energy-saving controls or manual overrides.
Why choose Crown Electrical Solutions?
At Crown Electrical Solutions, we can walk you through how each space can be used, then design lighting controls tailored to your lifestyle, workflow, architecture, and practical operation.
With over 30 years of experience, our team can help you construct and configure systems from trusted brands like DALI-2, RAPIX, Dynalite, and Zencontrol, ranging from simple scene controls through to more advanced integrations.
Thanks to our in-house electrical, automation, design, and consultation capabilities, lighting control can be delivered as part of a complete, well-documented project by our licensed electricians.
If security, climate control, remote access, and high-quality entertainment are some of your priorities, or you want lighting that does more than simply switch on and off, get in touch with the team today.

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Matthew Kelly