Smart Lighting Control Trends You Need to Embrace

Smart light control systems are about to be more intelligent than ever before. There’s been no shortage of smart lighting control trends in recent years, and they’re all worth paying attention to if you want to stay ahead of the curve on your automation plans. From more advanced voice control to smoother smartphone integration, here are five smart lighting control trends that you need to embrace this year!

Artificial Intelligence

Artificial intelligence, when applied to Dynalite lighting control, can turn simple on-off switches into dynamic tools that provide substantial benefits. The most common application is the incorporation of voice commands with digital assistants such as Amazon Alexa or Google Home. These digital assistants allow the users to control their lights by issuing verbal commands instead of physical interaction with a switch. This application can also work in tandem with an automatic light timer, providing automated on and off settings that vary throughout the day.

Voice Commands

While voice controls are fairly new and still a work in progress, one of the best ways to integrate them into your life is with lighting control systems Australia. Home or office, you can use voice commands for tasks such as turning off the lights or setting the mood with lighting. What's more, it's an effective way to turn on the lights when you don't have physical access.

App Integration

Smart home devices are becoming more and more commonplace in households across the world. From lights, cameras, and speakers to thermostats, mirrors, and doorbells - we're placing our trust in all manner of technology on a daily basis. And it's not just our homes that are getting smarter; big names such as Philips Hue and Lifx are providing even more control with their products by integrating with various smart home platforms.

Genuine Savings through Motion Sensors

If your goal is greater savings, the most cost-effective tactic you can take is install some motion sensors on your lights. The first thing you need to know about installing motion sensors is that they can’t be the only light source in a room. Motion sensors emit bright white light at full power when they detect motion and then dim after 30 seconds when there’s no more movement.

While everyone loves how smart lights make their homes and offices look, there are some considerations you need to take to get the most out of your investment. Most importantly, pay attention to how much light you're actually using. Ensuring that your house/office is well lit is a responsibility that should not be taken lightly and can dramatically affect your electric bill.

Smart lighting can be both decorative and functional. By embracing these trends, you can integrate smart lighting control systems into your home/office lighting.

Integrating BAS with Lighting Controls – A Smart Move to Lower Energy Cost

Installing lighting systems and controls separate were thing of the past. Yes, we’re in the age of smart building technology and this approach no longer makes sense. Facility managers and building owners are realising the importance of smart light control and many are automating their buildings.

Integrating building automation control systems with lighting controls systems is one of the effective ways to save one energy costs and, more importantly, improve performance. If you haven’t incorporated your lighting control systems into BAS, you’re missing out something important. Well, don’t worry. It’s never too late! In this article, we’ll explore some of the best strategies to automate your Dynalite lighting control system.

 Daylight Response

Do you this strategy helps to reduce energy consumption by an average of 28% yes, but how? Well, daylight response helps to adjust the lighting based on daylight availability. The system will reduce the light output automatically when the illumination reaches the targeted level as determined by light sensors. Hence, these strategies can be applied in different areas in a building, including under skylights, next to windows, and any places that has sufficient day light.

Colour Tuning

By tuning the colour of the lights, you can reduce energy usage by 40% and much more when done strategically. Colour tuning helps to dim the colours in LED lights to produce lighting effects according to the task performed in a particular area. Colour tuning can be used to imitate traditional lighting effects, blend artificial light with daylight, mimic incandescent dimming, and much more.

Time Scheduling

You can schedule the time of lights to be operated in a particular area. It’s more than just turning the lights on and off. Yes, combined with colour tuning and dimming and time scheduling, a building can save energy by 24%. Time scheduling works well in large areas and those areas that require lighting throughout the day for safety concerns. 

Occupancy Sensing

By integrating BAS with lighting control systems, it’s possible to automatically turn on and off the lights when a space is occupied and unoccupied. This strategy helps to save energy by 24% on average. You can apply this strategy in break rooms, restrooms, hallways, conference rooms, and small spaces.

Demand Response

This strategy involved reducing the lighting power based on the working hours of a building to reduce the cost. Rather turning off the lights completely, dimming helps to reduce energy cost. Studies show that by using light on demand, a building can reduce energy consumption by 26% on average.

As you see, lighting systems controls can be incorporated into BAS in varies ways. For further queries on lighting control systems Australia, please speak to the team of mySmart. mySmart is an Australian company at the forefront of building automation and smart lighting control.