The ads in Leeds consume as much electricity as … 3,300 people!

If you’ve been walking/biking/driving/existing around the streets of Leeds at night, you have definitely come across illuminated ads: either on bus shelters, big digital billboards, simple 6-sheet on the pavements… And have you ever stopped to think how much electricity is wasted on telling you what to buy and how to be? At AdBlock Leeds, we have done the math. It turns out that the annual electricity used for advertising in Leeds is around 4.1 GWh. Given that the yearly electricity consumption of a median UK household is 2,864 kWh and that the average household size in Leeds is 2.34 people, you could power more than 3,300 Leeds residents with that electricity, or roughly 0.5% of the population.

Note that this is only the direct electricity use, or the electricity going to power the ad infrastructure. We have not taken into account any of the electricity associated with production, installation, maintenance, or any other actions associated with running ads. More importantly, this does not account for any of the energy use created by the ad message. If, after being bombarded by advertisement all around the city, people change their smartphones every second year, there is an electricity use associated with this overconsumption; that includes energy use from the manufacturing of new phones, shipping and disposal.


This value is just an approximation of the direct electricity use of ads in Leeds. Ad companies are very secretive about their energy usage and it is also hard to get an updated list of all ads in the city. Our calculations show that the annual electricity consumption is somewhere between 1.5 and 6.7 GWh. It is a large range, but it does give a good order of magnitude of how much energy is wasted in trying to sell us stuff. We’ve made the process as transparent as possible, so anyone can review, replicate and provide feedback about our calculations.

More than 2,000 ads in Leeds

We used the website BubbleOutdoor to quantify the number of ads in Leeds. This website provides advertisers with a way to book advertising space all across the UK. For each advertising space available on that website, several characteristics such as price, location or availability are given. In our case, we focused on the location and type of infrastructure. In the example below, the ad type is “Digital 96”.

Limiting the search by LS postcode (for Leeds), we were able to establish how many ads of each type are available on the website. The numbers are given in the table below, with ads adding up to 2,057. However, the database on the BubbleOutdoor website is not complete, as we found several ads in Leeds that are not on their page. This means that there are actually more ads in Leeds than what we have in the table below.

TypeNumber of adsMin [kWh]Max [kWh]
Backlit 48-sheet316,101 (2.1)6,101 (2.1)
Backlit 96-sheet812,203 (4.2)12,203 (4.2)
Cinema 6-sheet573,208 (1.1)16,830 (5.9)
Digital 48-sheet241,656 (14.5)138,853 (48.5)
Digital 6-sheet583,208 (114)16,830 (5.9)
Digital billboard541,656 (14.5)138,853 (48.5)
Large portait panel – 3501
Paper 96-sheet23762 (0.3)762 (0.3)
Phonebox3900 (0)10,694 (3.7)
Screen in BP station1486 (0.2)745 (0.3)
Screen in Shell station9486 (0.2)745 (0.3)
Scrolling 6-sheet1211,017 (0.4)2,034 (0.7)
Shopping centre furniture1
Static 16-sheet70 (0)2,542 (0.9)
Static 48-sheet2950 (0)7,626 (2.7)
Static 6-sheet1,048263 (0.1)526 (0.2)

This table sums up all ad types we found for Leeds, with their number, estimated minimum and maximum consumption and how many households you could power with that electricity, in parenthesis.

The next step was to evaluate how much electricity each of these types of ads consumes. Again, it is tricky to find the measures for that, because ad companies don’t always publish them. We did our best to come up with reasonable maximum and minimum estimates. The details behind the estimates are given at the end of the post. Note that we left out “Large portrait panel” and “Shopping centre furniture” ads as we could not find relevant data for them.

Now that we know how many of each types of ad there are in Leeds and how much each of them consumes, we can just add up the numbers. We find that the total direct electricity consumption by ads infrastructure in Leeds is between 1.5 and 6.7 GWh.

So now you know: the advertising infrastructure in Leeds uses as much electricity as about 0.5% of the total population. This is enormous, ridiculous and totally unnecessary in times of a climate crisis. Join AdBlock Leeds, help us end this nonsense and let’s reclaim our public spaces together!

Consumption of each type of infrastructure

This section is just here to enable anyone to double-check our results and assumptions. If you find it boring, just skip it!

Static 6-sheet

A static 6-sheet on a bus stop has 3 light bulbs of 20 W each. Over one hour, that is 3*20=60 Wh. Over a year, that is 24*365.25*60=525.96 kWh

Some stops are only on during the day. For those, the yearly consumption of energy is 262.98 kWh

It not possible to know which ones are on all the time and which ones are off at night. For max, we assume all are on during the night. For mean, we assume none are.

Max = 525.96 kWh
Min = 262.98 kWh

Scrolling 6-sheet

On the Leeds city council planning application document, application 13/05024/ADV is for a scrolling 6 sheet. The technical specifications state that the panel has 4 tubes of 58 W. Over a year, the energy consumption is therefore 4*58*24*365.25 = 2033.712 kWh

There is no indication as to whether the lights are only on at night. If we assume that they are, the consumption is 1016.856 kWh. Max is if ads are on at night, min if they are not

This does not account for the energy consumed by the motors that rotate the ads.

Max = 2033.712 kWh
Min = 1016.856 kWh

Static 48-sheet

According to 12/02597/ADV, an internally lit static 48 sheet has 15 tubes of 58 W each, so 870 W. That is 7 626 kWh per year. It is not possible to know which are lit and which are not, so as a max value we assume they all are, as a min value we assume none are

Max = 7 626 kWh
Min = 0


There are two types of phone box adverts: paper and digital. We don’t have data on which are which, but on the bubble website it seems like paper ones generally cost 61£/week and digital ones are more expensive (with varying prices). To assess how many of each type there are, we look at the price.

The digital ones seem to be close to 6-sheet digital, see pic

For digital, we assume the same think as 6-sheet digital single side

Max = 10694 kWh
Min = 3 208 kWh

For paper ones, we assume 0

Backlit 96-sheet

We assume the consumption of a Backlit 96-sheet to be twice that of a Backlit 48-sheet

Max = 12202.272 kWh
Min = 12202.272 kWh

Paper 96-sheet

These ads have lighting for nights. They are 6 m long, so they probably need 3 tubes. We assume they use 58 W tubes, and that they are only on half the time.

Max = 762.642 kWh

Min = 762.642 kWh

Mega 6

No data, we assume 0

Bridge Span

No data, we assume 0

Backlit 48-sheet

Application 11/01404/ADV in the Leeds website states that the power consumption is 1392 W, and that the billboard is only on at nights. The energy consumed in a year is therefore 1392*24*365.25/2 = 6101.136 kWh

Max = 6101.136 kWh
Min = 6101.136 kWh

Scrolling 48-sheet

We assume 8 times the scrolling 6 sheet

Max = 16269.696 kWh
Min = 8134.848 kWh

Backlit Mini-Billboard

From the bubble website, this ads seems to be about 2*3 m approx, and they are backlit. Since 48 sheet is 3*6, we assume a third of the consumption of a 48 sheet

Max = 2033.712 kWh
Min = 2033.712 kWh

Moving 48-sheet

No data, we assume 0

Paper 16-sheet
We assume a sixth of 96-sheet

Max = 127.1 kWh
Min = 127.1 kWh

Sheffield City Centre package

No data, we assume 0

Shopping centre furniture

No data, we assume 0

Cinema 6-sheet
Our experience is that all 6-sheet in cinemas are digital, so we take max as the max consumption of digital 6 sheet double sided, and min as the min of single sided.

Max = 16 830 kWh
Min = 3 208 kWh

Static 16-sheet

We assume a third of Static 48-sheet

Max = 2 542 kWh
Min = 0

Large Portrait Panel – 250

No data, we assume 0

Large Portrait Panel – 350

No data, we assume 0

Static 32-sheet

We assume twice static 16-sheet
Max = 5 084 kWh
Min = 0


I cannot find any information about what these billboards might be. It seems like billboard is generally used for 48-sheet, so for max we use max of a digital, for min we use 0
Max = 138853.4 kWh
Min = 0 kWh

Railway Station 4-sheet

We assume 2/3 of the 6 sheet

Max = 350.64

Min = 175.32

Railway Station 6-sheet

This pic from the Bristol Temple Meads Railway Station shows a 6-sheet lollypop. We assume that is what these ads are

This is a static 6-sheet, so we assume the same consumption

Max = 525.96 kWh
Min = 262.98 kWh

Railway Station 48-sheet

We have no info. We assume that the maximum is max for digital and min is min for static

Max = 138853.4 kWh
Min = 0 kWh

Railway Station HD48-sheet
Since it’s HD, we assume it’s digital
Max = 138 853.4 kWh
Min = 41 656 kWh

Railway Station 16-sheet

We assume 12 sheet + 4 sheet

Max = 1402 kWh
Min = 701 kWh

Railway Station 12-sheet

We assume twice the 6-sheet

Max = 1051.92 kWh
Min = 525.96 kWh

Screen in BP Station

According to the bubble website, this is a 53*30cm screen

According to, a 55 inch TV has a max power consumption of 170 W (so 1 490 kWh annually) and a typical of 111 W (so 973 kWh). We assume these are on half the time

Max = 745 kWh
Min = 486 kWh

Screen in Shell Station

We assume same as for BP

Max = 745 kWh
Min = 486 kWh


No data, we take 0

Vinyl 48-sheet

No data, we take 0

A3 portrait in changing room

No data, we take 0


An InLink has two 55-inch screens (see application 18/07503/ADV)
According to, a 55 inch TV has a max power consumption of 170 W (so 1 490 kWh annually) and a typical of 111 W (so 973 kWh).
Max = 1 490 kWh
Min = 973 kWh

Digital Billboard

ID BOUK572000138225 is for a digital billboard and shows that the considered ad is a digital 48-sheet.

Max = 138 853.4 kWh
Min = 41 656 kWh

Digital 6-sheet

See digital 6 sheets

Max = 16 830 kWh
Min = 3 208 kWh

Digital 96

For digital 96 sheet, we take twice digital 48 sheet

Max = 277 706 kWh
Min = 83 000 kWh

Digital 48 Sheets

According to 19/07383/ADV in Leeds, the max consumption of a digital 48 sheet is 15 840 W, so 138 853.4 kWh per year. The typical consumption is 4752 W, so 41 656 kWh per year

Max = 138 853.4 kWh
Min = 41 656 kWh

Digital 6 Sheets

According to 20/00340/A on the Bristol council website (

According to that application, the max consumption for a double sided ad is 1920 W (no typical consumption given), so 16 830 kWh per year. We assume that the ratio maximal/typical is the same as for Digital 48 sheet, so 3.33. Therefore, typical consumption for a double side is 5 051 kWh. The max consumption for a single sided is 1220 W, so 10 694 kWh per year. With a 3.33 ratio, the typical is 3 208 kWh. We don’t know which ads are double side and which are single. As a max, we take max for double sided, and as a min we take min for double sided

Max = 16 830 kWh
Min = 3 208 kWh

Rail Digital 6 pack

The Rail digital packs are packs with a number of 6-sheet digital. For example

208245,Rail Digital 6 pack,”Glasgow Central Station – 7x digital 6sheets”,5886,BOUK52STN122

has 7.

When checking all addresses (there are 109 in total), we obtain that there are 529 6-sheet in total (see Station addresses in the Excel file)

We use the values for digital 6-sheet

Max = 16830 kWh
Min = 3208 kWh

Railway Station scrolling 6-sheet

We assume normal scrolling 6-sheet
Max = 2033.712 kWh
Min = 1016.856 kWh

Shopping Centre

Shopping Centre Furniture

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