Solar Powered 4R2G Electronic Led Signs/board/ screen For Traffic Guidelines

Solar Powered 4R2G Electronic Led Signs/board/ screen  For Traffic Guidelines

Quick Detail:

Description:

The visual requirements of sings set the viewing angle of the LEDs . Sighs installed on highways, for example, require bright LEDs with wit a narrow beam width, but in cities with a requirement for short distance legibility a wide beam width LED is usually required.

Outdoor message signs must typically operate for over ten yeas in a harsh, corrosive, and exposed working environment XIWAN led traffic sigh use new 15 and 30 degree viewing angle lamps. The maximum LED junction temperature limt of +130C enables high temperature operation in bright sunlight conditions. The lamp epoxy uses UV inhibitors to reduce the effects of long term exposure to direct sunlight.

Applications:

Traffic management: traffic signals, pedestrian signals ,work zone warning lights, variable message signs .

Commercial outdoor advertising: signs, marquees

Solar powered signs

Electronic Traffic Reports Display

Information, the best platform for traffic guidelines

Electronic Weather Display

Timely meteorological information, such as weather conditions, emergency warning and aerial detection, enhance the city image and facilitate travel.

Chief Electronic Information Display Screen

Increase government transparency and effective public and a government with credibility, and improve government image.

Bank and stock Information Display

Timely business information benefit the public.

Specification :

Competitive advantage:

5 advantages of XIWAN BVO series of low power consumption product:

●30% higher brightness

Increased 30% max brightness, more than 12,000cd of the brightness could provide the best visual effect under the direct sunlight.

●50% energy savings

Up to 50% reduction in energy consumption, in special circumstances, even more than 70%, it reduced the use-cost greatly.

Take BVO-20 LED display as example, compared with ordinary products, a 100m2 screen works 24 hours per day, 365 days per year, it can save energy =(160W×100m2×24h×365)/1000 =140,160KW (KWH), reducin