University campus of LED lighting

2019-12-28

LED lighting is widely cited on university campuses because college students attend many events in the evening. As many college students participate in night schools, late-night laboratory work, late-night design projects, and social events, it is important for students to create a well-lit and safe environment for the university. With a safe environment and our younger generation's desire for environmental protection and reduced carbon emissions, LED lighting technology has been highly rated on university campuses.

Because LED lighting typically consumes about one-third of the energy of a typical HID and has several times longer life, ROI calculations can easily justify the use of LED lighting to retrofit existing lighting on university campuses.

The following are the most suitable areas for LED lighting renovation on campus:

Walkways and area lighting on university campuses

When moving between the dormitory and the classroom at night, student safety is important and usually requires an average of 12 hours of lighting per night. When sidewalks or areas use LED lighting, this usually results in a good return on investment in the range of two to three years. Because LED lights usually last more than 10 years and require no maintenance.

Campus LED Parking Lot Lighting

LED lighting is suitable for campus parking lots and stadium parking lots. LED lighting fixtures usually include a smart driver system that can be adjusted with motion sensors and a suitably designed control system. This can dim the lights in the parking lot when not in use, and immediately increase its light output to 100% when a car, student or pedestrian enters the parking lot. The end result is better energy savings. Unlike some traditional lighting, LED lights have no warm-up period and can be fully lit immediately. Due to the long life and maintenance-free characteristics of LED lighting, LED-lit parking lots usually look safer and cleaner.

Underground parking garages VS parking lot

underground parking garages usually provide a higher return on investment than parking lot, as indoor lighting and underground parking usually require services 24 hours a day, 7 days a week. Dimming is important for parking lot lighting because it reduces energy consumption by dimming the light near the edge of the garage in the presence of daylight, and it can be dimmed without pedestrian or car activity.

Buildings and wall packs LED lighting

On campus, safety around the building is very important, and LED wall-mounted lights and LED flood lights may be the most effective solutions. LED wall-mounted lights and LED flood lights not only can illuminate powerful lighting in a wide space for maximum visibility and security, but also can highlight the building's appearance and make it a focal point on campus.

LED Lighting for Gymnasiums and Natatoriums

These facilities are usually open for 20 hours a day, and the energy-saving and maintenance-free advantages of high bay LED lighting in sports venues can produce attractive investment returns. These lights are IP65-certified and can be used in high-humidity swimming pools, or they can be remotely installed with drivers or power supplies to simplify maintenance requirements.

Campus emergency lighting

The law requires that emergency lighting be installed at the entrance and exit of a building. Because LED lights consume less power, batteries can be smaller and have a longer life. In addition, fire departments need to test these emergency equipment on a regular basis, and manual testing of these lights is very laborious and expensive. Modern LED emergency lighting can be used in combination with automatic testing, which can save a lot of costs. LED emergency lighting is widely used throughout public facilities.

The case of LED lighting campus

Princeton University began using LED lighting in 2008. Sidewalks, parking lots and parking lots make extensive use of LED lighting, including certain applications with control systems. This application illustrates the value of using a control system and its impact on the energy savings of using only LED lighting. Of the four retrofit applications, the existing old HID lighting system consumed a total of 298,267 kwH of electricity annually. After retrofitting LED lighting, lighting consumes 102,822 kWh per year, saving 195,443 kWh per year. Through control, it can be calculated that the annual energy savings can actually be as high as 246,995 kWh.

The conclusion is LED lighting technology is very suitable for campus lighting. Due to energy saving and maintenance-free advantages, LED lighting can easily become an economical alternative. In addition, young people today are keenly aware of the need to reduce carbon emissions, and the advantages and advancements of LED lighting have improved the image of educational institutions. Similar parks in large medical, military, corporate or government parks have similar applications in LED lighting retrofits.