How Much Electricity an Arcade Machine Uses (2026 Cost Guide)?

When I first plugged in a refurbished Street Fighter II cabinet in my garage, I watched the Kill-A-Watt meter like a hawk expecting the worst. I was surprised. The cabinet pulled 102 watts during gameplay. Less than my living room TV. If you have ever asked how much electricity an arcade machine uses, this guide breaks down real wattage numbers, monthly cost formulas, and how arcade power compares to the other electronics already in your home.

We pulled community measurements from forums, factory specs, and our own testing across classic uprights, modern LCD cabinets, and pinball-adjacent machines. Whether you are running one cabinet in a game room or fifty in a commercial arcade, the math is simple once you know the wattage.

How Much Electricity an Arcade Machine Uses (Quick Answer)

An arcade machine typically uses between 50 and 300 watts of electricity depending on its age, screen type, and cabinet style. A modern LCD-based arcade cabinet with LED lighting draws around 50 to 150 watts during play. A classic upright cabinet with a CRT monitor pulls 80 to 160 watts. Vector display cabinets like Star Wars or Tempest run higher, often 200 to 300 watts. Tabletop units such as Arcade1Up use only 20 to 50 watts, similar to a small lamp.

That works out to roughly 4 to 22 cents per day of electricity at the average US residential rate of about 16 cents per kWh. Most home collectors spend between $5 and $20 per month running their machines, which is comparable to keeping a 60-watt light bulb burning around the clock.

What Factors Change How Much Power an Arcade Machine Pulls?

Four main components decide your arcade machine’s wattage: the monitor, the audio amplifier, the processor/logic board, and the lighting. Old CRT monitors are the single biggest power hog in any vintage cabinet. A 25-inch color CRT can pull 70 to 110 watts on its own, while a modern 24-inch LCD replacement draws 25 to 50 watts.

The audio system matters more than most people expect. A stock arcade amplifier running through 4-inch speakers might pull only 5 to 10 watts, but upgraded subwoofers in converted cabinets can add another 20 to 40 watts during loud gameplay moments.

Lighting is the easiest variable to control. Factory fluorescent cabinet lighting draws 15 to 30 watts per bulb, while LED conversions use 3 to 6 watts for similar brightness. That single swap can drop an entire cabinet’s draw by 20 to 30 watts.

Processor boards are usually a small slice of the total. Original JAMMA boards run 10 to 25 watts. Modern multi-game boards like the Pandora’s Box or hyperspin setups draw 15 to 35 watts because of the small computer inside.

Vector vs Raster: A Big Power Gap

Vector monitors use completely different technology than standard raster CRTs. They draw lines one at a time using vector beam steering, which means the monitor works harder during bright, busy screens. Vector cabinets like Star Wars, Tempest, and Battlezone routinely measure 200 to 240 watts in real-world testing, while a raster Pac-Man cabinet of the same era measures closer to 100 watts.

If you own or plan to own vector games, plan for roughly double the power draw and budget for a dedicated 15-amp circuit if you plan to run more than one vector cabinet in the same room.

Arcade Machine Power Consumption by Cabinet Type

Not every arcade cabinet pulls the same amount of juice. The size, screen, and number of components all change the final wattage.

Classic upright cabinets with a single 19 to 25 inch CRT monitor typically draw 90 to 160 watts during play. These are the standard Street Fighter, Pac-Man, and Galaga style cabinets you’ll see in most collections.

Cocktail cabinets, the table-style units with screen on top, run slightly lower at 60 to 110 watts because their CRT tubes are usually 13 to 19 inches.

Candy cabinets and smaller countertop units pull 50 to 90 watts thanks to their compact 9 to 14 inch screens and simpler audio setups.

Environmental or cockpit cabinets (the sit-down racing and flight sim rigs) are the heavy hitters at 250 to 400 watts. The dual monitors, force feedback, and large amplifiers add up fast.

Tabletop and Arcade1Up units are the lightest at 20 to 50 watts. One Arcade1Up owner on reddit measured 20 watts on his unit running 24/7, which works out to under $5 per month on a US residential bill.

How Much Does It Cost to Run an Arcade Machine Each Month?

Calculating your monthly cost takes one simple formula. Multiply watts by hours of use, divide by 1000 to get kilowatt-hours, then multiply by your local electricity rate (around 16 cents per kWh in the US as of 2026).

Formula: (Watts x Hours per day x 30) / 1000 x Rate per kWh = Monthly cost.

Light usage scenario (5 hours per day, 100W cabinet): (100 x 5 x 30) / 1000 = 15 kWh. At 16 cents per kWh, that is $2.40 per month.

Moderate usage scenario (12 hours per day, 130W cabinet): (130 x 12 x 30) / 1000 = 46.8 kWh. That is $7.49 per month.

Heavy or 24/7 usage (24 hours per day, 150W cabinet): (150 x 24 x 30) / 1000 = 108 kWh. That is $17.28 per month.

One forum user running a Double Donkey Kong cabinet measured 89 watts during gameplay. Run that cabinet 12 hours per day and you spend roughly $5.13 per month. Run it 24/7 and you spend $10.25 per month. Both are cheaper than most streaming subscriptions.

Regional Rate Differences

Electricity rates vary widely across the US. Hawaii residents pay over 30 cents per kWh, while Washington state pays closer to 10 cents. The same 100W cabinet running 12 hours per day costs $11.23 per month in Hawaii but only $3.74 per month in Washington. Commercial arcade operators should always factor in their local commercial rate, which is usually lower per kWh but charged against a different rate tier.

Arcade Machine Electricity vs Other Household Devices

Putting arcade power in context helps most readers understand just how modest the draw really is.

A standard modern arcade cabinet at 100 watts uses less electricity than a 55-inch LED TV (around 80 to 120 watts), about the same as a PlayStation 5 during active gameplay (160 to 200 watts peak), and far less than a refrigerator (100 to 250 watts running, with compressor cycling).

Compared to a laptop (30 to 65 watts), an arcade cabinet uses 1.5 to 3 times more. Compared to a high-end gaming PC (300 to 800 watts), the same arcade cabinet uses about a third to a fifth as much. That is why most home collectors see almost no change on their monthly electric bill after adding one cabinet.

Commercial arcade operators confirm this scale. Multiple operators on the arcade forums report electricity costs below 1 percent of gross revenue. The biggest line items in any arcade are rent, labor, and machine maintenance, not the power bill.

Standby, Attract Mode, and Leaving Your Arcade Plugged In

Most arcade machines do not have a true standby mode. They either run at full power or they are off. The attract mode you see cycling through demos and high scores pulls almost as much electricity as active gameplay, usually within 10 to 20 watts of the active draw.

CRT monitors also benefit from being left on rather than power-cycled repeatedly. The warm-up cycle stresses the tube and shortens its lifespan. That is why experienced collectors leave their machines running whenever reasonable.

Modern LCD-based cabinets handle power cycling better, but the cost savings of turning them off between sessions are small. A typical 100W cabinet running 24/7 costs about $11.50 per month. Turning it off for 8 hours per day saves $3.84 per month, less than the cost of a pizza.

Circuit Planning: How Many Arcade Machines Can You Run

The most common electrical problem arcade owners hit is a tripped breaker when starting multiple machines. Standard US home circuits are either 15 amps (about 1800 watts max) or 20 amps (2400 watts max).

On paper, you could fit 8 to 10 arcade cabinets on a single 15-amp circuit. In practice, startup surges from CRT monitors and power supplies can spike 2 to 3 times the running wattage for one to two seconds. Vector monitors and pinball machines have the biggest surges.

A safe rule: assume each cabinet pulls 1.5 amps of running power. On a 15-amp circuit, plan for no more than 6 to 8 classic cabinets at once. On a 20-amp circuit, plan for 8 to 12 cabinets.

Stagger your startup. Power on one cabinet, wait 10 seconds, then power on the next. This prevents the simultaneous surge that trips most home breakers. If you are wiring a dedicated game room, run a 20-amp circuit and consider a 15-amp circuit for vector cabinets to isolate the surge load.

Energy-Saving Tips for Arcade Owners

Switch to LED cabinet lighting. A fluorescent tube swap to LED can drop 20 to 30 watts per cabinet with no visible brightness loss.

Install an LCD conversion kit. If you are tired of replacing CRT monitors, the Naomi-to-LCD or standard JAMMA-to-LCD adapters cut monitor power by 50 percent or more while improving picture quality.

Use smart power strips. Plug your cabinets into a smart strip that cuts phantom draw from the power supply when you flip a switch. CRT monitors still need warm-up cycles, so this works best on LCD cabinets.

Dim or remove marquee lighting during the day. If your game room has good natural light, your marquee bulbs are working harder than they need to.

Measure your own machines. A Kill-A-Watt meter costs around $25 and pays for itself the first month. Knowing your exact draw helps you plan circuits and estimate bills with real numbers, not guesses.

Frequently Asked Questions

Final Verdict: Is an Arcade Machine Cheap or Expensive to Run

An arcade machine is one of the cheapest hobbies to run from an electricity standpoint. Most home cabinets cost between $2 and $20 per month to operate, less than a single monthly streaming subscription. Even running multiple cabinets 24/7 stays under $50 per month in most US households. If you have been wondering how much electricity an arcade machine uses and whether the operating cost is worth it, the answer is overwhelmingly yes. Buy the cabinet, plug in a Kill-A-Watt meter, and enjoy the games.