The power consumption of a typical toy crane machine, often found in arcades or family entertainment centers, is relatively modest. On average, a standard electric toy crane machine operates at a power draw between 100 to 200 watts when actively in use. This is comparable to a bright incandescent light bulb or a small television.

When the machine is idle, waiting for a player, its power usage drops significantly, often to a standby level of 20-50 watts to maintain the internal lighting and basic electronics. Therefore, the actual energy cost depends heavily on usage patterns. For a machine in constant operation, running 10 hours a day could consume approximately 1 to 2 kilowatt-hours (kWh) of electricity. At average commercial electricity rates, this translates to a daily operational cost of just a few cents to under a dollar, making it a cost-effective attraction for operators.

Several key factors influence the total power draw:

* Machine Size & Components: Larger machines with more powerful motors for heavier prizes, extensive LED lighting arrays, or sound systems will consume more power.

* Usage Intensity: A constantly played machine uses more energy than one that sits idle for long periods.

* Age and Efficiency: Newer models often incorporate more energy-efficient components, motors, and LED lighting compared to older, traditional models with incandescent bulbs and less optimized mechanics.

In summary, while not a major energy drain, the power consumption of a toy crane machine is a small but calculable part of an arcade's overall operating expenses. Its efficiency makes it a sustainable choice for providing interactive entertainment.