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Lighting Control System

Lighting Control System

Service Intro

What is Lighting Control System

A lighting control system is an intelligent network based lighting control solution that incorporates communication between various system inputs and outputs related to lighting control with the use of one or more central computing devices. Lighting control systems are widely used on both indoor and outdoor lighting of commercial, industrial, and residential spaces. Lighting control systems serve to provide the right amount of light where and when it is needed.

Types of Lighting Control System

According to the Center for Climate and Energy Solutions, lighting accounts for about 11 percent of energy use in residential buildings and 18 percent in commercial buildings. Although there are a lot of energy efficiency options out there, one of the most effective ones are lighting controls. Phasing out old, inefficient lighting can conserve energy and even lower costs.

In general, there are three types of lighting control systems. There are dimmers, sensors and timers. Each has different purposes and features. Learn all about the different kinds to see which is right for your building.

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01
Light Dimmers
Light dimmers do exactly what their name states, they dim light. These switches allow for more control than just on and off. With the ability to decrease brightness, dimmers reduce wattage and output, which saves energy and lowers cost.
02
Motion Sensor Lighting
Motion sensor lighting controls turn off and on by the detection of movement. They can be installed indoors, but are particularly useful in outdoor locations to light up areas at night. They, too, are energy efficient by eliminating accidentally leaving the lights on completely. Plus, no one wastes any time trying to find the light switch in a dark room. Sensor lighting controls use body heat and wavelengths so they’re extremely reliable, as well.
03
Timers
Lighting timer controls are programmable light switches. They can be set so that lights are turned on only during a certain period of time. They are helpful in regulating energy consumption also but just make scheduling easier for your home or building. There are two types of timer lighting controls, manual and in-wall programmable digital timers.

Theatrical Lighting Control System

Architectural lighting control systems can integrate with a theater’s on-off and dimmer controls, and are often used for house lights and stage lighting, and can include work lights, rehearsal lighting, and lobby lighting. Control stations can be placed in several locations in the building and range in complexity from single buttons that bring up preset options-looks, to in-wall or desktop LCD touchscreen consoles. Much of the technology is related to residential and commercial lighting control systems.

The benefit of architectural lighting control systems in the theater is the ability for theater staff to turn work lights and house lights on and off without having to use a lighting control console. Alternately, the light designer can control these same lights with light cues from the lighting control console so that, for instance, the transition from houselights being up before a show starts and the first light cue of the show is controlled by one system.

Theatrical lighting control
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Bluetooth Lighting Control System

The new type of control for lighting system is using Bluetooth connection directly to the lighting system. It is recently introduced by Philips HUE and company new name as Signify formerly known as Philips Lighting. This system will need a smartphone or tablet where the user can install a special Philips Hue Bluetooth app. The Bluetooth bulbs don’t need a Philips Hue bridge to function. There is no need to have a Wi-Fi or data connection for controlling the lights with that system.

Automated Lighting Control System

Lighting control systems typically provide the ability to automatically adjust a lighting device’s output based on:

01.
Chronological Time
Chronological time schedules incorporate specific times of the day, week, month or year.
02.
Solar Time
Solar time schedules incorporate sunrise and sunset times, often used to switch outdoor lighting. Solar time scheduling requires that the location of the building be set. This is accomplished using the building's geographic location via either latitude and longitude or by picking the nearest city in a given database giving the approximate location and corresponding solar times.
03.
Occupancy
Space occupancy is primarily determined with occupancy sensors.
04.
Daylight Availability
Electric lighting energy use can be adjusted by automatically dimming and/or switching electric lights in response to the level of available daylight. Reducing the amount of electric lighting used when daylight is available is known as daylight harvesting.
05.
Alarm Conditions
Alarm conditions typically include inputs from other building systems such as the fire alarm or HVAC system, which may trigger an emergency 'all lights on' or ' all lights flashing' command for example.
06.
Program logic
Program logic can tie all of the above elements together using constructs such as if-then-else statements and logical operators.