Commercial Lighting Controls

Light Around The Clock

There is movement on commercial premises almost 24/7. However, the activities vary and the whole area should not be illuminated with full capacity at all times. The lighting levels are often optimised by using microwave motion detector with daylight harvesting, corriddor function, swarm intelligence and dimming time scheduling etc. The intelligent lighting controls help to prolong the life cycle of the luminaires and achieve up to 70-80% energy savings compared to traditional, manually controlled lighting.

Smart Parking Garage Lighting

Many parking lots are open around the clock, making energy efficiency a key issue when choosing a lighting solution. LED technology is inherently energy saving, and its energy-efficient effects can be amplified further by using smart light controls, like RF wireless mesh

control ( swarm intelligence). With swarm intelligence, the simple waterproof luminaires are transformed into smart lighting fixtures. The running lighting is always a step ahead of users in underground garages, ensuring not only is their feeling of safety improved but also effectively create optimum visual conditions in the momentarily frequented areas. In addition to good general lighting, lighting can also be used to control traffic and the use of the space. For example, lighting control can be used to indicate available parking spaces or to improve safety by increasing light levels near pedestrian crossings. This economical form of 24-hour lighting is ideal for pedestrian underpasses, underground train stations, stairwells, ATM booths, telephone kiosks, hotels, public buildings, petrol stations and hospitals.

Building Automation Office Lighting

Microwave presence detector switches the lighting on when an employee arrives, and switches it off when the workstation is not used. Automated ON/OFF lighting makes the environment more comfortable, safe and translates to energy savings. Furthermore, the implementation of building automated lighting systems that maintain a constant lux level (daylight harvesting light management) further enhances focus and productivity in work environments. With constant lux, individuals are invigorated and better able to concentrate on their tasks. Daylight harvesting plays a crucial role in achieving this by automatically adjusting the indoor lux to 100% brightness. The system takes into account the level of natural light available and makes necessary adjustments to the indoor lux accordingly. When natural light levels are low, the daylight motion sensor intelligently compensates to ensure optimal brightness indoors. This dynamic lighting control ensures a comfortable and well-illuminated workspace that promotes efficiency and overall well-being.

UVC Disinfectant Lighting In School Lighting

Since the outbreaks of COVID-19 pandemic, the adoption of UVC disinfection methods has significantly increased, and microwave motion sensors have emerged as a vital component in this process. These microwave sensors operate on a unique software logic that is distinct from the standard motion sensors. Instead of activating the UVC disinfection lighting when there is human presence in the room, the microwave occupancy detectors trigger the sterilization process precisely when there are no individuals present. This intelligent lighting control ensures effective and safe disinfection by minimizing the risk of human exposure to the UVC light while maximizing the germicidal efficacy of the disinfection lighting in educational institutions. By employing microwave motion sensors in UVC disinfection, educational institutions can create a hygienic environment that prioritizes the well-being and safety of students and staff. Furthermore, this functionality of using microwave motion sensors in UVC disinfection extends beyond educational institutions and finds application in various public spaces such as public restrooms and other communal areas.

Versatile Usage

In addition, the versatility of intelligent lighting controls extend beyond commercial lighting, making them a valuable component in various applications such as toilet ventilation systems, security alarm systems and intelligent grow light controller etc. Their ability to detect human motion presence and facilitate intelligent lighting management contributes to energy efficiency, safety, and enhanced functionality in these diverse fields.