Energy Efficiency
The general power consumption for traditional fluorescent lamps is about 300W, but LED displays with the same sizes have their power consumption to around 60W. As LED display saves energy, its electricity accounts for approximately 80 percent less in consumption compared to a conventional lamp. For each 10 hours of calculation in usage every day, one fluorescent light needs electricity every year estimated at 1,100 yuan while one LED display can cost 220 yuan annually.
Traditional fluorescent tubes have a life of 10,000 hours, while the life of LED displays is up to 50,000 hours. If you use the display for 2,000 hours a year, then traditional tubes may need to be replaced within two years, while LED displays can last for more than five years.
Luminous efficiency has already surpassed 150 lumens per watt for LED technology, while that for traditional fluorescent tubes reaches a mere 40-50 lumens per watt. The same brightness-level LEDs consume a mere 20% of the power used by traditional lighting equipment. An LED display that requires only 20 watts can replace a traditional fluorescent display needing 100 watts.
LED light carbon emissions are roughly 80 percent less than traditional lights. This translates into an annual reduction of about 500 tons of carbon dioxide when all advertisement screens in the city switch to LED technology.
The intelligent adjustment mechanism of LED displays can save 20%-30% of the electricity cost every year. Some international airports have reduced 30% electricity expenses after the replacement of traditional display boards with LED displays. Some shopping centers and supermarkets have also adopted LED advertising screens instead of traditional boards, which can save hundreds of thousands of yuan every year. on how video walls can further optimize their setup for efficiency. Electricity expenses in these malls are 30%-40% lower compared to traditional malls.
An average 32-inch LCD TV consumes about 100W in electricity, while an LED display of the same size consumes a mere 40W. Now, assume that you watch your television for 4 hours daily; the annual electric charge for a normal LCD TV will be around 146 yuan while for LED TVs, the same would be 58 yuan only.
A conventional 6m x 4m advertising screen may use as much as 1,500W in power consumption, while an equivalent-size LED one consumes 600W.
Durability and Lifespan
The ordinary LED display life could be over 50,000 hours, while some are even up to 60,000 hours or even longer. The life of traditional lamps is about 10,000 hours.
An LED display used 12 hours a day accumulates 4,380 hours of use per year. With a lifespan of 50,000 hours, an LED display can run continuously for about 11 years, while traditional fluorescent display screens may need to be replaced every 3 years.
LED displays support an operating temperature range of -20°C ~ 60°C. The failure rate of LED displays is less than 0.1%, while for traditional displays, it reaches 5%-10%. The LED display effectively prevents damage from overheating, humidity, or external shocks. If you need help adjusting for optimal performance, here’s a calibration guide for LED displays: .
LEDs degrade less than 30% in brightness over five years. They are also more resistant to shock, impact, and UV radiation. Huge enterprises and public facilities have already made LED displays their primary choice, thereby bringing huge savings and benefits in the coming years.
The average life of an LED television is around 8-10 years, whereas standard LCD TVs serve for 6-8 years. Flexible LED displays also have a lifetime expectancy of up to 50,000 hours and can support normal operations under high-intensity flexing and vibration conditions.
High Visibility
Outdoor advertising LED displays are usually very bright, and their brightness reaches 2000 to 5000 nits (cd/m²), while for traditional LCD screens, it is usually below 500 nits.
High-class LED screens reach a brightness of 800 to 1000 nits. No traditional LCD display is able to outshine an LED screen in low light conditions.
Compared with traditional LCD screens, the color saturation of LED displays is increased by 30% to 50%. Besides, it can avoid light spot problems and raise the refresh rate up to 60 frames per second or more.
These include the use of anti-reflection coatings and UV-resistant materials on LED displays. Automatic adjustment of brightness, and this display is unaffected even in strong sunlight or snowy conditions. The working temperature of the LED display is below zero degrees with more than a 140-degree viewing angle.
Flexibility
The shape and size can be done according to a particular requirement; even flexible designs allow bending. LED screens can change in brightness, color temperature, refresh rate, etc. They also allow for remote control and updating of content via Wi-Fi, Bluetooth, or wired connections.
LEDs can last upwards of 50,000 hours or more. The new generation of LEDs uses up to 30 percent or 40 percent less power than previous ones.
LED screens reduce maintenance time and cost greatly. The update on the advertisement can be done quickly on custom-made LED displays.
Dynamic backgrounds and special visual effects in cinemas and theaters are accomplished through LED displays. LED screens in operation theatres or at industrial production lines show data in real-time.
Cost
LED display costs have fallen sharply. The price of each square meter of an LED display has dropped by approximately 25% in the last five years alone.
The service life of an LED display can reach over 50,000 hours. If an LED display’s operating cost is a few hundred dollars annually, then the maintenance cost for a traditional LCD display may be as high as several thousand dollars annually.
Comparatively, the power consumption of LED displays is roughly a third of that of the conventional fluorescent ones. Supposing a business operates an LED display and a traditional one for a month, the cost of electricity for an LED display will be about $100, whereas the traditional display may cost around $300. For more information on choosing the right display, check out this comparison guide for indoor and outdoor LED displays: .
LED displays can display dynamic content. Some retailers have increased their sales by 10% to 20% in a very short period of time using LED screens to display promotional advertisements.
In an LED display project at a big urban transportation hub, the use of LED displays helped the owner save about 30% in electricity and maintenance costs over five years.
Outdoor advertising LED display installations can be an expensive medium as the usual range is within US$ 500-1,500 per square meter. For the year 2017, several small and medium-sized commercial LEDs priced at $300 per square meter. Generally speaking, for the equivalent period, it is evaluated that TCO is around 30% to 40% less than other kinds of displays.
Reduced Maintenance
Average working hours on modern LED displays reach from 50,000 to 100,000 hours. Where currently traditional displays for a business usually take 3 to 4 years before being replaced, the LED screen display will last longer than 10 years.
LED displays save 30% to 40% of power against the same size LCD display. A modular design of an LED display means that any repair takes 50% to 70% less time. Some high-spec outdoor LED displays are even dustproof and waterproof, while some reach as high as IP65 protection rating. For businesses looking to enhance their displays, consider shop window upgrades for more visibility: .
While traditional advertising displays can cost up to thousands of dollars for equipment repair and replacement of parts yearly, LED display maintenance costs are usually about one-third to one-fifth that of traditional equipment.
Equipped with intelligent monitoring systems that can monitor the operating status of equipment in real time, automatically detect faults, and issue alarms. Several small LED displays are 20% to 30% lighter than similar LCD displays.
Attract Attention
LED displays boast of high brightness, high contrast, and excellent color performance. The brightness of the LED advertising screen can be as high as over 8000 cd/m², while most LCD displays only reach about 2500 cd/m².
LED advertising holds the attention of the audience 30% longer. Dynamic advertisement content is viewed 50% more than static advertisements.
Owing to the flexible adjustment capability of LED displays, malls have seen over 40% growth in ad click-through rates since adopting them. Around 40% of consumers say they are more willing to interact with advertisements that have interactive functions.
