man learning from laptop at desk

Wireless Lighting Controls for Commercial Buildings, Explained

Did you know that the lighting manufacturer industry reached $1.7 billion in 2022?

Commercial-connected lighting systems have long promised to give facility managers cutting-edge lighting controls. These controls result in significant energy savings. They also help improve occupant experience, unlocking the full value of a building.

Lighting infrastructure creates a platform for enhanced building services. Are you interested in learning about wireless lighting controls? Continue reading to find out about all of the benefits!

What Is Wireless Lighting?

Wireless lighting controls schedule the automatic on and off of lights. There is also the option to dim the lights using these scheduling lighting settings.

Wireless lighting systems consist of wired and wireless physical components. It also has a communications network that safely gathers data and manages the system. Even though light fixtures are still powered by hardwire, data gets collected wirelessly.

A networked lighting system has a few main components:

  • light fixtures
  • switches
  • sensors
  • controllers
  • gateways

In a typical system, each of these components is wired to the others. They each use a standard protocol to communicate.

The light fixtures and all components in a wireless system are still hard-wired to a power supply. Sensors used for data collection and switches generally connect wirelessly.

Your LED lights may be remotely controlled, thanks to smart lighting. An LED fixture in a smart lighting system communicates with the linked software. It lets it know what it should be doing and when electricity gets distributed to the fixture.

This program allows you to automate or control your lights from a distance via an app. You may also control lighting from a smart home assistant or a wireless switch.

Benefits of Switching to Wireless Lighting Controls

It makes sense for owners of commercial buildings to convert to wireless lighting. These lighting systems are adaptable, simple to install, and incredibly economical.

One of the many advantages of wireless lighting is that it uses less energy. It does this while also promoting a secure and comfortable working environment. The following are some more justifications for switching to wireless lighting.

The installation of these cutting-edge wireless lighting solutions is simple. The absence of sophisticated wiring also lowers the cost of purchasing and installing.

Since there is no wiring involved, you can almost put the lighting controls anywhere. The system’s adaptability includes the ability to integrate new hardware or software. The wireless lighting system is easily adaptable to the needs of the structure.

The scalability of wireless lighting systems is also simple. The cost of network expansion is inexpensive, after all. Even then, regular corporate operations are barely affected.

What Buildings Could Use Wireless Lighting Control Systems?

What kinds of commercial structures employ wireless lighting control systems? Let’s examine a couple of the sectors that are utilizing this cutting-edge technology.

By consuming less energy, businesses like offices and retail establishments can save money. Some wireless lighting systems can even be managed through a handy smartphone app.

Retrofitting schools is popular; however, lighting is frequently left out of the budget. Wireless lighting solutions are inexpensive and can lower the school’s yearly expenses. Additionally, the system can improve the comfort of everyone in the classroom. This means both teachers and students!

Wireless lighting controls are becoming more popular in the healthcare sector. The systems could support the comfort and care of the patients. A bonus is a decrease in energy use that results in monetary savings.

Strategies for Commercial Lighting Controls

Automated brightness adjustments make sure the appropriate quantity of light goes where needed. Depending on how occupied the space is, the controls can also turn on and off the lights. The correct lighting control system makes it simple to save energy and money.

Wireless lighting controls schedule the automatic on and off of lights. There is also the option to dim the lights using these scheduling lighting settings.

Lights are only turned on when the space is occupied, thanks to occupancy sensors. When the room is empty, the sensors will also switch off the lights.

Daylight harvesting controls employ photosensors to measure how much natural light is present. Then, it can lower the brightness to save electricity.

Demand response controls collaborate with your utility company to lower energy consumption. Controls automatically limit energy consumption, lowering electricity costs for businesses.

Physical Wireless Lighting Devices

Lighting fixtures may work with a third-party wireless controller and sensor. Or, they are already equipped with inherent wireless controllers from the manufacturer. In both instances, the controllers use wired power to supply the lighting fixtures.

Depending on the system, the wireless controllers may change the color temperature.

Switches for wireless systems are available in a number of different configurations. You can choose from battery-operated and battery-free. Depending on the manufacturer, switches enable simple on/off control and dimming.

Line voltage or low voltage power can be used in switches that are hardwired for power. These switches need a wall rough-in site since they need a hard-wired feed. The battery or batteryless switches are easily mounted. You can do it with drywall screws or mounting tape, and do not require a wall rough-in.

Reap the Benefits of Wireless Lighting Controls for Commercial Buildings

It makes sense for owners of commercial buildings to convert to wireless lighting. These lighting systems are adaptable, simple to install, and incredibly economical.

Now, you’re aware of the benefits of wireless lighting controls. Consider implementing them into your building! For more on lighting design and estimates, click here.