# How much electricity cost do we need to pay for our LED display?

- July 17, 2018
- 11 Comments

Do you want to know **how much electricity of your LED display cost ?** Is the electricity cost of your LED billboard display screen costs much? **BIBI LED** did a test in our factory, and would love to share it with you in the following article.

**The electricity cost of single color LED screen**

The power consumption for outdoor P10 single color 320x160mm LED module is 27W per square meter and around 18 modules for one square meter, which means the maximum power consumption for each square meter will be 500W in full brightness. the text display area usually is just 35-50%, then it makes the average power consumption of P10 single color LED modules is just 175-250W.

For example, let’s calculate it as the **P10 single color** LED billboard display screen, **Max power consumption of this LED display is 500W/m2**, and works on **10 hours per day**, **$0.15 per kilowatt**, then the cost of electricity for this single color led display maximum will be $7.5 every day. Now you can figure out the electricity cost according to how many square meters of your single color LED billboard display screen.

**Max power consumption: 500W/m2****Working hours per day: 10 hours****Electricity per kilowatt: $0.15**** Screen size: 10 SQM**

Here is the way to calculate: 0.5 KW x 10 hours x $0.15/KW x 10 SQM = **$7.5 a day.**

**The elctricity cost of outdoor dual color LED displays**

The **maximum power consumption is 650W** for outdoor dual color LED billboard display screen according to constant current technology and 3000cd brightness ( full brightness on ). the normal text area is from 35% to 50%, then makes the average power consumption from 228 to 325W, light on **10 hours a day**. the **electricity cost is $0.15 per KW**. **The screen size is 10SQM**.

**Max power consumption: 650W/m2****Working hours per day: 10 hours****Electricity per kilowatt: $0.15**** Screen size: 10 SQM**

Here is the way to calculate: 0.65 KW x 10 hours x $0.15/KW x 10 SQM = **$9.75 a day.**

Now you can calculate the electricity price of your LED billboard display screen according to the above formula.

**The electricity cost of outdoor full color LED billboard display screen**

Nowadays, there are two kind of outdoor full color LED billboard display screen, Standard type and energy saving type. today, we are going to share our test for these two kind of types.

The power consumption of outdoor full color LED billboard display screen is depends on the brightness level. And the normal brightness is from 5000nits to 8000nits. so the **maximum power consumption is 900W/m2** ( full white balance brightness on ). And it is mainly display the image or videos, then the average power consumption is higher than single color LED screen or dual color LED display , it is around 300W as usual. The cost is as below If it is **working 10 hours a day** , the electricity cost is **$0.15/KW**, and led screen size is **20 SQM**.

**Max power consumption: 900W/m2****Working hours per day: 10 hours****Electricity per kilowatt: $0.15**** Screen size: 60 SQM**

Here is the way to calculate: 0.9 KW x 10 hours x $0.15/KW x 60 SQM = **$81 a day.**

And the the max power consumption of our **energy saving outdoor full color LED billboard display screen** is only 230W. also working in 10 hours a day, and the led billboard size is 60 SQM, So the electricity cost is as below.

**Max power consumption: 230W/m2****Working hours per day: 10 hours****Electricity per kilowatt: $0.15**** Screen size: 60 SQM**

Here is the way to calculate: 0.23 KW x 10 hours x $0.15/KW x 60 SQM = **$20 a day.**

It means in month, you could save $1,830 for electricity cost, and **in year, you could save $21,960 for electricity cost** if you choose to work with our energy saving outdoor full color digital billboard

**The electricity cost of Indoor full color LED billboard display screen**

At last , **BIBI LED** are going to calculate the electricity cost for **indoor full color LED screen**. The brightness of indoor full color LED screen is 800-1000nits as usual. Then the **maximum power consumption is about 500W**, and the average power consumption is about 250W. So let’s calculate it by **10 hours working a day**, **20 SQM**, **$0.15 per kilowatt**. Then we got the cost as below.

**Max power consumption: 500W/m2****Working hours per day: 10 hours****Electricity per kilowatt: $0.15**** Screen size: 20 SQM**

Here is the way to calculate: 0.5 KW x 10 hours x $0.15/KW x 20 SQM = **$15 a day.**

**So, let us make a test for you in following three LED screens**

**The first LED Screen**Max power consumption: 1200W/m2

Working hours per day: 6 hours

Electricity per kilowatt: $0.15

Screen size: 80 SQM

**The second LED Screen**Max power consumption: 700W/m2

Working hours per day: 20 hours

Electricity per kilowatt: $0.2

Screen size: 120 SQM

**The third LED Screen**Max power consumption: 500W/m2

Working hours per day: 6 hours

Electricity per kilowatt: $0.18

Screen size: 260 SQM

Please leave your answers in the below comments, and leave your questions if you may have any questions. thanks for your time.

**So, you might be lost of how to calculate the total power consumption of LED display?**

40SQM P10 SMD outdoor LED screen, LED cabinet size 960x960mm, and there are 3pcs 300W meanwell power supply LRS-350-5 in one cabinet. So, the total max power consumption is 900W for one cabinet. And there are 43pcs 960x960mm cabinet for 40SQM. And then the total max power consumption of this LED display is 38700W, it means 38.7KW in total

Here is the formula: 43pcs cabinet x 3pcs 300W = 38700W

So, let’s calculate how much would be cost if run 10 hours a day and the electricity cost is $0.15 per KW

**Total power consumption: 38.7KW****Working hours per day: 10 hours****Electricity per kilowatt: $0.15**

Here is the cost: 38.7 KW x 10 hours x $0.15/KW = **$58 a day.**

When you need to calculate how many is the power consumption of your LED display, you only need to ask **two questions** from your LED display manufacturer**Q1)** The specification of the power supply ?**Q2)** How many pcs power supply in your LED display ?

**If you still have any questions, please leave your message in the below comments, we will answer you in 12 hours.**

## 11 Responses

The first screen: $86.4 per day

The second screen: $336 per day

The third screen: $140 per day

Am I right ?

You are really very good at math, hope this is help you for your next coming led screen business ^^

Wow，A very practical blog, for how to calculate the LED display power consumption is very helpful!

Thank you, we will update more helpful articles

Very useful! Thanks for sharing!

Get it, thank you So much. Let me know more about LED Screen knowledge.

Your simple explanation is very good for the layman. TQ.

1. How many pixels in one piece?

2. How to calculate the led digital display area ie. based on module size?

A1) A：The simple way as below

You could ask your LED screen supplier to send you the parameter for each model. Because the pixels on every model is not the same.

Then you will see the pixels for every different piece.

The complicated way as below

The pixels on width x the pixels on height = total pixel for one led module.

So you need to check how many pixels on the width and how many pixels on height for the one you need.

A2) The size of the led digital display is calculated by the times of led cabinet.

The size of led cabinet is calculated by the times of the LED module.

For example. The led module is 320x160mm.

Then the width of the led cabinet could be 640mm(2 times), 960mm(3 times), 1280mm(4 times).

The height of led cabinet could be 320mm(2 times), 480mm(3 times), 640mm(4 times).

The most recommended size of led cabinet is 960x960mm. Then you could start to calculate the size of the complete led screen.

For example. The screen size you want is 4x3m.

The use 4 times 960mm in width and 3 times 960mm in height. The exact size will be 3840mm x 2880mm. WIll exactly match the times of 960x960mm.

Hello,

Its really informative

Thanks for your comments

Thanks for this great post.