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The 61 pages that link to Electric motor, each with the reason it gives.

• Steam engineCompared with: It can drive machinery without a boiler, steam cycle, or heat-to-work conversion.

• Electric generatorCompared with: A motor reverses the generator’s usual direction of energy conversion.

• Automotive engineeringCompared with: It provides propulsion without the combustion process central to conventional engines.

• Spark-ignition engineCompared with: It produces propulsion without combustion, unlike a spark-ignition engine.

• Compressed airCompared with: Electric motors can power tools directly without compressed-air generation and distribution.

• Wankel engineCompared with: Electric motors avoid the combustion, sealing, and exhaust challenges that constrain Wankel engines.

• Piston engineCompared with: It can replace piston-engine propulsion without combustion or reciprocating parts.

• Hydraulic machineryCompared with: Electric drives can replace hydraulic actuators where precise control and clean operation outweigh compact force output.

• Hydraulic motorCompared with: It provides rotary power without a pressurized-fluid circuit.

• TurboshaftCompared with: It can provide shaft power without the combustion process used by a turboshaft.

• Petrol engineCompared with: It can propel a vehicle without burning petrol inside cylinders.