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Electric vehicles can produce MORE torque than Internal Combustion engined vehicles. Horsepower is the combination of torque and rpm. Torque is what you need to move HEAVY stuff at not neccesarily a high speed.
What would you consider the most powerful vehicle on land? the "deisel" locomotive comes to mind... However what you may not be aware of is that it is a deisel-electric vehicle. The diesel powerplant only runs a generater to opperate the electric drive. Hence in town trolleys and newer monorail systems run with power lines and such, wich would not be ideal in a cross country line.
Torque is what you need to move heavy loads. Horsepower is what you need to go fast. electric motors produce their greatest amount of torque at zero rpm. the amount of torque generated is only limited by the amount of current available.
Electric vehicles still don't have the same amount of horsepower as a diesel, which is what you need if you're transporting tons of goods out of a factory. Take a look at a transport truck someday and ask yourself if electric power has reached the point where it can replace it. I don't think so.
Electric vehicles can produce MORE torque than Internal Combustion engined vehicles. Horsepower is the combination of torque and rpm. Torque is what you need to move HEAVY stuff at not neccesarily a high speed.
What would you consider the most powerful vehicle on land? the "deisel" locomotive comes to mind... However what you may not be aware of is that it is a deisel-electric vehicle. The diesel powerplant only runs a generater to opperate the electric drive. Hence in town trolleys and newer monorail systems run with power lines and such, wich would not be ideal in a cross country line.
Torque is what you need to move heavy loads. Horsepower is what you need to go fast. electric motors produce their greatest amount of torque at zero rpm. the amount of torque generated is only limited by the amount of current available.
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