How Much Electricity Does an Arcade Machine Use?
For arcade operators, electricity is an ongoing operating cost that should be considered before purchasing commercial arcade machines.
A typical commercial arcade machine may use roughly 100W to more than 1,500W, depending on its screen size, computer hardware, motors, lighting, speakers, motion systems, and game type.
However, the number printed on a machine's specification sheet is usually rated or maximum power, not necessarily what the machine consumes continuously during normal operation.
A practical way to estimate electricity usage is:
Electricity Consumption (kWh) = Power (kW) × Operating Hours
For example, a machine averaging 500W and operating for 10 hours per day would consume approximately:
0.5 kW × 10 hours = 5 kWh per day
At an electricity rate of $0.15/kWh, that would be approximately:
5 × $0.15 = $0.75 per day
or about:
$22.50 per 30-day month
This is only an example. Actual electricity consumption depends on the machine and local electricity rate.
What Determines Arcade Machine Electricity Consumption?
Arcade machines do not all use the same amount of electricity.
Several components contribute to total power consumption.
1. Display
The screen can be one of the major electrical loads.
A compact display generally requires less power than a large commercial screen.
A machine with a 32-inch display and one with a 55-inch display can therefore have noticeably different power requirements.
2. Game Computer
Modern arcade machines may use:
Android systems
PC-based systems
Industrial computers
Dedicated game boards
Other embedded platforms
A simple embedded game system may consume relatively little electricity.
A more powerful gaming PC can consume considerably more, particularly when the game uses dedicated graphics hardware.
3. Motors
Machines with moving mechanical components require additional power.
Examples include:
Racing simulators
Motion simulators
Children's rides
Coin pushers
Mechanical redemption games
Certain shooting games
A machine with no moving mechanical system generally has a different power profile from a machine with motors operating during gameplay.
4. LED Lighting
Commercial arcade machines often use:
LED strips
Cabinet lighting
Marquee lighting
Decorative lighting
RGB effects
LED lighting is usually not the largest electrical load by itself, but dozens of illuminated machines operating simultaneously can add to the venue's total consumption.
5. Audio System
Speakers and amplifiers consume electricity.
Normally, audio is not the dominant load on a standard arcade cabinet, but large machines with powerful sound systems can require more power.
6. Cooling and Ventilation
Arcade machines generate heat.
Computers, displays, power supplies, amplifiers, and motors all contribute to internal heat.
Machines with higher-performance computers may therefore require more effective cooling.
This also matters at the venue level.
Even if the arcade machines themselves are relatively efficient, the air-conditioning system may represent a significant portion of the total electricity bill.
Typical Arcade Machine Power Consumption
There is no universal wattage for an arcade machine.
The following figures should therefore be treated as planning ranges rather than guaranteed specifications.
| Arcade Machine Type | Approximate Power Range* |
|---|---|
| Small / Classic Arcade Cabinet | 80–200W |
| Standard Upright Arcade Machine | 100–300W |
| Fighting Arcade Machine | 150–350W |
| Claw / Crane Machine | 100–300W |
| Redemption Game | 150–500W |
| Boxing / Punch Machine | 150–400W |
| Basketball Arcade Machine | 200–500W |
| Shooting Arcade Machine | 250–700W |
| Dance / Rhythm Machine | 300–800W |
| Motorcycle Racing Machine | 250–700W |
| Racing Arcade Machine | 300–1,000W+ |
| Large Motion Simulator | 500–1,500W+ |
| VR / High-Performance PC System | 400–1,200W+ |
| Children's Ride | 100–500W+ |
*These are general planning ranges, not manufacturer specifications. Actual consumption varies according to screen size, computer configuration, motors, lighting, audio system, game software, and operating mode.
For a purchasing project, the manufacturer's actual electrical specification should always take priority over generic online estimates.
Rated Power vs. Actual Power Consumption
This is one of the most important points when calculating arcade electricity costs.
Suppose a machine specification says:
Power: 800W
That does not necessarily mean the machine consumes 800W continuously.
The figure may represent:
Maximum power
Rated power
System capacity
Recommended power supply capacity
Actual consumption can vary during operation.
For example, a racing simulator may consume different amounts of electricity when:
The machine is idle
The screen is displaying the menu
The game is running
Motors are active
Motion effects are operating
Therefore, there are two useful numbers to distinguish:
Rated / Maximum Power
Used for:
Electrical circuit planning
Power supply selection
Safety considerations
Installation
Actual Operating Consumption
Used for:
Electricity cost calculations
Energy management
Business operating analysis
If accurate operating costs are important, measure the machine's real consumption rather than relying only on its maximum rating.
How to Calculate Arcade Machine Electricity Usage
The basic calculation is simple.
Formula
Daily Electricity Usage = Machine Power (kW) × Operating Hours
To calculate monthly usage:
Monthly Electricity Usage = Daily Usage × Operating Days
To estimate electricity cost:
Monthly Electricity Cost = Monthly kWh × Electricity Rate
Example 1: 300W Arcade Machine
Assume:
Power consumption: 300W
Daily operating time: 10 hours
Operating days: 30 days
Electricity rate: $0.15/kWh
Convert:
300W = 0.3kW
Daily usage:
0.3 × 10 = 3 kWh
Monthly usage:
3 × 30 = 90 kWh
Monthly electricity cost:
90 × $0.15 = $13.50
So the machine would cost approximately $13.50 per month under these assumptions.
Example 2: 800W Racing Machine
Assume:
Power: 800W
Operating time: 10 hours/day
30 operating days
Electricity price: $0.15/kWh
Convert:
800W = 0.8kW
Daily consumption:
0.8 × 10 = 8 kWh
Monthly consumption:
8 × 30 = 240 kWh
Estimated monthly electricity cost:
240 × $0.15 = $36
This demonstrates why large racing and motion machines can have a higher electricity cost than standard arcade cabinets.
Example 3: A 20-Machine Arcade
Suppose an arcade has:
10 machines averaging 200W
5 machines averaging 400W
3 machines averaging 600W
2 machines averaging 1,000W
The estimated connected load would be:
10 × 200W = 2,000W
5 × 400W = 2,000W
3 × 600W = 1,800W
2 × 1,000W = 2,000W
Total:
7,800W or 7.8kW
If all machines operated continuously for 10 hours:
7.8 × 10 = 78 kWh/day
Over 30 days:
78 × 30 = 2,340 kWh/month
At $0.15/kWh:
2,340 × $0.15 = $351/month
Again, this is a simplified planning example.
In a real arcade, machines rarely operate at their maximum rated power continuously.
Does an Arcade Machine Use Electricity When Nobody Is Playing?
Yes.
Most arcade machines continue consuming some electricity while powered on even when no customer is playing.
During idle periods, the machine may still power:
Display
Computer
Speakers
Lighting
Network equipment
Control boards
Sensors
Some machines may have a sleep mode or automatic standby function.
For an arcade operating long hours, reducing unnecessary idle operation can contribute to energy savings.
Which Arcade Machines Usually Consume the Most Electricity?
There is no fixed ranking because machine configurations differ, but higher-power equipment generally shares several characteristics.
Large Displays
A larger display can increase power consumption.
Powerful Gaming Computers
PC-based machines with higher-performance processors and graphics hardware generally require more power.
Motion Systems
Motors and actuators can increase consumption significantly when active.
Large Audio Systems
High-output amplifiers require additional power.
Mechanical Systems
Machines with motors operating frequently can consume more than simple electronic cabinets.
Heating or Cooling Components
Any equipment that uses substantial heating or cooling power will generally require more electricity.
For this reason, a large motion simulator can consume several times more electricity than a basic upright arcade cabinet.
What About Arcade Machine Standby Power?
Standby consumption is easy to overlook.
Consider a machine that uses:
100W while idle
If it remains powered for another 14 hours after the venue closes:
0.1kW × 14 = 1.4kWh per day
Over 30 days:
1.4 × 30 = 42kWh
At $0.15/kWh:
42 × $0.15 = $6.30
One machine may not make a dramatic difference.
But consider 50 machines.
The same unnecessary standby operation could represent approximately:
$315 per month
under the same assumptions.
This is why power management becomes more important as an arcade grows.
How Much Electricity Does a Small Arcade Use?
There is no universal number because the machine mix can be very different.
A small arcade might contain:
10 machines
20 machines
30 machines
and each machine could have a completely different power requirement.
For an initial estimate, operators can calculate the average operating wattage per machine.
For example:
20 machines × 300W average = 6,000W
or:
6kW connected load
If the machines operate for 10 hours per day:
6 × 10 = 60kWh/day
For 30 days:
60 × 30 = 1,800kWh/month
At $0.15/kWh:
$270/month
This calculation covers the machines only.
It does not include:
Air conditioning
Lighting
Refrigeration
POS systems
Computers
Security systems
Internet equipment
Other building loads
Arcade Machine Electricity Is Only Part of the Total Energy Bill
This is an important distinction for arcade operators.
The electricity used by the machines may be only one part of the venue's total energy consumption.
A commercial arcade may also use electricity for:
Air Conditioning
Depending on climate, building size, insulation, occupancy, and operating hours, HVAC can become a major electrical load.
General Lighting
Ceiling lights, signs, decorative lighting, and emergency lighting all contribute to consumption.
Ventilation
Fresh-air and ventilation systems may require additional power.
POS and Payment Systems
Usually relatively small compared with HVAC and arcade equipment, but still part of the total load.
Security
Cameras, monitors, access control, and recording equipment consume additional electricity.
Therefore:
Arcade machine electricity cost ≠ total arcade electricity cost
A complete business forecast should include both.
How to Estimate Electricity Costs Before Buying Arcade Machines
If you are planning a new arcade, request the following information from the manufacturer:
Rated power
Maximum power
Voltage
Frequency
Recommended circuit capacity
Standby consumption, if available
Machine dimensions
Number of machines per circuit, where applicable
Then build a simple equipment power table.
| Machine | Quantity | Power / Unit | Estimated Total |
|---|---|---|---|
| Racing Machine | 4 | 800W | 3,200W |
| Basketball | 4 | 400W | 1,600W |
| Boxing | 4 | 300W | 1,200W |
| Claw Machine | 6 | 200W | 1,200W |
| Shooting | 2 | 600W | 1,200W |
| Total | 20 | — | 8,400W |
The estimated connected load is:
8.4kW
You can then use the expected operating schedule to estimate energy consumption.
Why Machine Quantity Alone Does Not Determine Electricity Cost
Two arcades with exactly 30 machines can have very different energy bills.
Arcade A
30 compact cabinets averaging 200W:
30 × 200W = 6kW
Arcade B
30 machines averaging 700W:
30 × 700W = 21kW
Both venues have 30 machines.
But their potential connected load is dramatically different.
This is why operators should evaluate machine mix, not simply machine quantity.
How to Reduce Arcade Machine Electricity Costs
Energy efficiency does not necessarily require replacing your machines.
Several operational improvements can help.
1. Use Sleep or Standby Modes
If supported, configure machines to reduce consumption during long idle periods.
2. Turn Off Machines During Closing Hours
If the venue is closed overnight, unnecessary equipment does not need to remain fully powered unless there is a specific operational reason.
3. Use Efficient LED Lighting
Modern LED lighting can provide strong visual impact without requiring the same power as older lighting technologies.
4. Maintain Cooling Systems
Blocked vents and excessive internal heat can affect equipment performance.
Keep air pathways clean and maintain the venue's HVAC system properly.
5. Monitor Actual Electricity Consumption
A power meter can provide more useful information than relying entirely on theoretical specifications.
Measure representative machines such as:
Racing
Basketball
Claw
Shooting
Boxing
VR
Motion simulators
Then compare actual consumption.
6. Schedule High-Power Equipment Strategically
If your venue contains large motion machines, VR systems, or other high-power equipment, consider how frequently they actually need to operate.
Machines that receive very little traffic should not necessarily consume maximum power for the entire day.
Does a More Powerful Arcade Machine Always Cost More to Operate?
Not necessarily.
A higher-power machine can have greater electricity consumption, but electricity is only one part of the business equation.
A machine consuming 800W may generate significantly more revenue than a machine consuming 200W.
For example:
Machine A
Power: 200W
Daily electricity cost: low
Daily revenue: $20
Machine B
Power: 800W
Daily electricity cost: higher
Daily revenue: $100
The second machine uses more electricity, but that does not automatically make it a worse investment.
Operators should evaluate:
Revenue → Electricity → Maintenance → Floor Space → Profit Contribution
rather than electricity consumption alone.
Power Consumption vs. ROI
This is particularly important when evaluating large commercial arcade machines.
Suppose a racing simulator requires more electricity than a standard cabinet.
It also may:
Attract more attention
Support multiplayer play
Charge a higher price per play
Increase customer dwell time
Become a signature attraction
The relevant question is therefore not:
"How many watts does this machine use?"
It is:
"How much revenue and customer value does the machine generate relative to its total operating cost?"
This is a much more useful metric for commercial operators.
What Voltage Do Arcade Machines Use?
Arcade machines are manufactured for different markets and electrical systems.
Common commercial configurations may include:
110V
120V
220V
230V
240V
Frequency can also vary by market.
When importing arcade machines, buyers should confirm the correct:
Voltage
Frequency
Plug type
Power supply configuration
Certification requirements
The machine should be configured appropriately for the destination market.
Do not assume that a machine designed for one electrical system can simply be connected to another.
What Should Buyers Ask an Arcade Machine Manufacturer About Power?
Before ordering, ask for a complete electrical specification.
Useful questions include:
Basic Electrical Information
What is the rated power?
What is the maximum power?
What voltage does the machine use?
What frequency does it support?
What plug type is included?
Installation
What circuit capacity is recommended?
Does the machine require a dedicated circuit?
Can multiple machines share one circuit?
What are the startup power requirements?
Operation
What is the typical operating consumption?
Does the machine have standby mode?
Does power consumption change during gameplay?
Commercial Project
What is the total power requirement for the equipment package?
Can the factory provide a power-load list?
Are machines configured for the destination market?
These questions can help your electrician or contractor plan the venue correctly.
How Many Arcade Machines Can One Electrical Circuit Support?
This depends on the local electrical code, circuit voltage, breaker rating, wiring, machine specification, and installation design.
For example, simply adding the wattage of several machines is not enough to determine whether they can safely share one circuit.
Electrical installation should be designed according to the applicable local requirements by a qualified electrician.
For commercial arcade projects, provide the electrician with the manufacturer's electrical specifications before finalizing the circuit layout.
Frequently Asked Questions
How many watts does an arcade machine use?
A commercial arcade machine can use approximately 100W to more than 1,500W, depending on its type and configuration. Standard cabinets generally use less power than racing simulators, motion systems, and high-performance VR equipment.
How much does it cost to run an arcade machine?
The cost depends on power consumption, operating hours, and local electricity prices.
Use:
Power (kW) × Hours × Electricity Rate = Electricity Cost
For example, a 500W machine operating 10 hours per day at $0.15/kWh costs approximately $0.75 per day, or $22.50 per 30-day month.
Do arcade machines use electricity when idle?
Yes. Most machines continue consuming some electricity while powered on, even when nobody is playing. Actual idle consumption depends on the machine's electronics and standby functions.
Which arcade machines use the most electricity?
Large racing machines, motion simulators, VR systems, machines with powerful gaming PCs, and equipment containing motors generally have higher power requirements.
Does screen size affect arcade machine power consumption?
Yes. Larger displays generally require more electricity than smaller displays, although total machine consumption also depends on the computer, audio system, lighting, motors, and other components.
Are arcade machines expensive to run?
The electricity cost of an individual machine is often manageable, but a large arcade can have significant total energy consumption because dozens of machines operate simultaneously. HVAC and venue lighting can also contribute substantially to the overall electricity bill.
Can arcade machine electricity consumption be reduced?
Yes. Operators can reduce unnecessary consumption by using standby modes, powering down machines during closing hours, maintaining cooling systems, using efficient lighting, and monitoring actual power consumption.
Is rated power the same as actual power consumption?
No. Rated or maximum power indicates the electrical capacity or maximum expected load. Actual operating consumption can vary depending on gameplay, motors, screen brightness, computer load, and other conditions.
Final Takeaway
The electricity consumption of an arcade machine depends on its design rather than simply the fact that it is an arcade machine.
A small upright cabinet may consume only a few hundred watts, while a large racing simulator, motion system, or VR machine can require considerably more.
For commercial operators, the easiest calculation is:
Daily kWh = Power in kW × Operating Hours
Then:
Monthly Electricity Cost = Daily kWh × Operating Days × Electricity Rate
But electricity should never be considered in isolation.
When selecting commercial arcade equipment, compare:
Purchase Cost + Electricity + Maintenance + Floor Space + Revenue Potential
A higher-power machine is not necessarily a poor investment if it generates substantially more customer engagement and revenue.
For a new arcade project, the best approach is to create an equipment power-load sheet before purchasing. Ask the manufacturer for the rated power and electrical specifications of every machine, then give the complete load information to your electrical contractor.
This allows you to plan circuits, power capacity, operating costs, and equipment placement before the machines arrive.
For arcade operators, accurate power planning is a small part of the overall project—but getting it right can help prevent unexpected installation costs and make long-term operating expenses easier to control.