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  • LE1.2

    Leopard Series:The first front maintenance design for HD Indoor series in the world.Fast plug-in/plug-out,Perfect 16:9 format,Four cabinets screen is exact 55”No need steel frame, mounted to the wall directly.Same video source as LCD;Power supply and control card can be replaced in front after you attract modules out.

  • SPU5.95

    NET series Led Display:Power supplies and receiving cards can be replaced separately and quickly, even in 1 second.The LED cabinet can be maintained separately with power off, without affecting the work of other cabinets. Fast lock connection, quick and convenient,Capable of self lock, connection and fine tuning,Curve angle -15º ~15º

  • SPI4.81

    NET series Led Display:Power supplies and receiving cards can be replaced separately and quickly, even in 1 second.The LED cabinet can be maintained separately with power off, without affecting the work of other cabinets. Fast lock connection, quick and convenient,Capable of self lock, connection and fine tuning,Curve angle -15º ~15º

  • LE2.5

    Leopard Series:The first front maintenance design for HD Indoor series in the world.Fast plug-in/plug-out,Perfect 16:9 format,Four cabinets screen is exact 55”No need steel frame, mounted to the wall directly.Same video source as LCD;Power supply and control card can be replaced in front after you attract modules out.

  • AK8

    Black King kong LED Display:Cabinet size is 960mmx960mm,the seams are reduced more than 50% and smoothness increases by leaps and bounds.Simplify the installation and maintenance: If familiar with one, you should master the whole. This can reduce the difficulty of marketing, engineering, training, maintenance and can reduce the workload.Standard production in a faster and more flexible way is possible because we have reserved standard general cabinets and the shipment can also be made rapidly.

  • AD8

    Dule-maintenance LED Display:Front or rear maintenance option,Energy Saving≥50%, Environment Protection,Free Back Service Path, Excellent Display Effect,IP65, Fast Installation and Maintenance,Flat and Backup Solution

Are Outdoor LED Displays Energy Efficient?

2017.03.26 chipshow

  "Will a large outdoor LED display run up my energy bill?"
  
  This is the most challenging question that curious customers tend to ask. Most technical and electrical people usually shift and want to change the subject when customers faced with the same question.  But in reality, there's an easy way to answer this.
  
 

 

Outdoor Led Display.jpg


 How to calculate power consumption of an outdoor LED display?
  
  Here is accurate yet general overview you can use to help provide your customer with an approximate energy cost.
  
  The average amount of 10 cents per kilowatt ($.10/kW). For exact costs call your local power company for information or search online for the corresponding price.
  
  1. Know the price per kilowatt of power
  
  2. Determine the power consumption of the LED display in watts
  
  This information is usually provided by the manufacturer. You typically can find this information on the quote you receive from the LED display manufacturer.
  
  ◎ Watts = Amps x Voltage
  
  ◎ For instance, the EMC rate is 12 amps and installed in a 110 volt service.
  
  ◎ Watts = 12 x 110 = 1200 watts of power consumption per hour
  
  ◎ 1200 watts is equal to 1.2 kW of power.
  
  Now, if the customer will use the LED display for 24 hours a day non-stop and at peak power, the cost will be:
  
  ◎ Cost = Power consumption per hour (kW) x cost per kW x hours
  
  ◎ Cost = 1.2 x 0.10 x 24 = $ 2.88* per day
  
  If the sign is a double EMC operating at maximum output without any interruptions, then the cost would be:
  
  ◎ Cost = $ 2.88 x 2 = $ 5.76* per day
  
  *Note: It is important to check with your local power company for peak and off-peak rates
  
  On average, LED displays operate on approximately 1/3 of their maximum power rating.
  
  Since, seldom does it happen for customers to operate an EMC non-stop, at maximum output all the time, you can use a realistic percentage (30%) of max power when estimating average power consumption.
  
  ◎ Cost =  1/3 of maximum cost
  
  ◎ Cost = 0.30 x $ 5.76 = $ 1.728 per day
  
  Help your client see that the cost of $1.728 per day makes an EMC a great investment!
  
  Impress your customer with this low cost figure, especially when the question about power cost is raised. Through this, the client will see that investing in an LED display is the most efficient way to spend their advertising dollars with. No other form of advertising can provide them with that cost and at the same time exposures to thousands of customers walking, driving or passing by.

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