The engine is one of the most important parts ofe-vehicles and together with the battery, the driving force for good support. Each engine has its own characteristics and influences the driving behavior of the vehicle.
Whenever something turns or moves at the push of a button, electric motors are usually at work. However, only very few people are aware of this when using it. Even if they bring toothbrushes, coffee machines or countless other devices and machines to life every day with the click of a button. Electric motors often work hidden, quietly and inconspicuously for years. Only in recent years have electric motors increasingly become the focus of general interest - especially in connection with e-mobility.
Types of electric motors – what are there?
There are now many different types of electric motors. The most important difference between the individual types is the power supply. It is determined during the design whether the engine will be includedSamehstrom,Alternating current or must be powered by three-phase current.
But the required magnetic fields are also generated in different ways for each motor. In addition to strong permanent magnets, electromagnets are also used depending on the intended use. In the simplest case, a coil of copper wire is wound over an iron core made of sheet metal plates to generate the required magnetic field.
When using permanent magnets, this is called a permanent magnet motor. The main advantage of a permanent synchronous motor is that there are virtually no losses in the rotor because, in contrast to asynchronous machines, no currents flow in the rotor. The reluctance motor, on the other hand, works with the attractive force of magnets on iron, as is known from kitchen magnets, for example.
Permanent magnet motors are used in particular where a high power-to-weight ratio is required and where only limited installation space is available. Mention should be made here of the automotive industry, electric motors, turbo runners and where particularly high efficiency is important, which the permanent magnet motor offers.
Basically, here is betweene-car-Motors and the engines for e-two-wheelers such asScooter,Scooters orPedelecs. In the following article we will introduce you to the most popular types of engines and their special features.
Types of electric motors – what are there?
There are now many different types of electric motors. The most important difference between the individual types is the power supply. It is determined during the design whether the engine will be includedSamehstrom,Alternating current or must be powered by three-phase current.
But the required magnetic fields are also generated in different ways for each motor. In addition to strong permanent magnets, electromagnets are also used depending on the intended use. In the simplest case, a coil of copper wire is wound over an iron core made of sheet metal plates to generate the required magnetic field.
When using permanent magnets, this is called a permanent magnet motor. The main advantage of a permanent synchronous motor is that there are virtually no losses in the rotor because, in contrast to asynchronous machines, no currents flow in the rotor. The reluctance motor, on the other hand, works with the attractive force of magnets on iron, as is known from kitchen magnets, for example.
Permanent magnet motors are used in particular where a high power-to-weight ratio is required and where only limited installation space is available. Mention should be made here of the automotive industry, electric motors, turbo runners and where particularly high efficiency is important, which the permanent magnet motor offers.
Basically, here is betweene-car-Motors and the engines for e-two-wheelers such asScooter,Scooters orPedelecs. In the following article we will introduce you to the most popular types of engines and their special features.
Types of electric motors – what are there?
There are now many different types of electric motors. The most important difference between the individual types is the power supply. It is determined during the design whether the engine will be includedSamehstrom,Alternating current or must be powered by three-phase current.
But the required magnetic fields are also generated in different ways for each motor. In addition to strong permanent magnets, electromagnets are also used depending on the intended use. In the simplest case, a coil of copper wire is wound over an iron core made of sheet metal plates to generate the required magnetic field.
When using permanent magnets, this is called a permanent magnet motor. The main advantage of a permanent synchronous motor is that there are virtually no losses in the rotor because, in contrast to asynchronous machines, no currents flow in the rotor. The reluctance motor, on the other hand, works with the attractive force of magnets on iron, as is known from kitchen magnets, for example.
Permanent magnet motors are used in particular where a high power-to-weight ratio is required and where only limited installation space is available. Mention should be made here of the automotive industry, electric motors, turbo runners and where particularly high efficiency is important, which the permanent magnet motor offers.
Basically, here is betweene-car-Motors and the engines for e-two-wheelers such asScooter,Scooters orPedelecs. In the following article we will introduce you to the most popular types of engines and their special features.
Types of electric motors – what are there?
There are now many different types of electric motors. The most important difference between the individual types is the power supply. It is determined during the design whether the engine will be includedSamehstrom,Alternating current or must be powered by three-phase current.
But the required magnetic fields are also generated in different ways for each motor. In addition to strong permanent magnets, electromagnets are also used depending on the intended use. In the simplest case, a coil of copper wire is wound over an iron core made of sheet metal plates to generate the required magnetic field.
When using permanent magnets, this is called a permanent magnet motor. The main advantage of a permanent synchronous motor is that there are virtually no losses in the rotor because, in contrast to asynchronous machines, no currents flow in the rotor. The reluctance motor, on the other hand, works with the attractive force of magnets on iron, as is known from kitchen magnets, for example.
Permanent magnet motors are used in particular where a high power-to-weight ratio is required and where only limited installation space is available. Mention should be made here of the automotive industry, electric motors, turbo runners and where particularly high efficiency is important, which the permanent magnet motor offers.
Basically, here is betweene-car-Motors and the engines for e-two-wheelers such asScooter,Scooters orPedelecs. In the following article we will introduce you to the most popular types of engines and their special features.
Types of electric motors – what are there?
There are now many different types of electric motors. The most important difference between the individual types is the power supply. It is determined during the design whether the engine will be includedSamehstrom,Alternating current or must be powered by three-phase current.
But the required magnetic fields are also generated in different ways for each motor. In addition to strong permanent magnets, electromagnets are also used depending on the intended use. In the simplest case, a coil of copper wire is wound over an iron core made of sheet metal plates to generate the required magnetic field.
When using permanent magnets, this is called a permanent magnet motor. The main advantage of a permanent synchronous motor is that there are virtually no losses in the rotor because, in contrast to asynchronous machines, no currents flow in the rotor. The reluctance motor, on the other hand, works with the attractive force of magnets on iron, as is known from kitchen magnets, for example.
Permanent magnet motors are used in particular where a high power-to-weight ratio is required and where only limited installation space is available. Mention should be made here of the automotive industry, electric motors, turbo runners and where particularly high efficiency is important, which the permanent magnet motor offers.
Basically, here is betweene-car-Motors and the engines for e-two-wheelers such asScooter,Scooters orPedelecs. In the following article we will introduce you to the most popular types of engines and their special features.
Types of electric motors – what are there?
There are now many different types of electric motors. The most important difference between the individual types is the power supply. It is determined during the design whether the engine will be includedSamehstrom,Alternating current or must be powered by three-phase current.
But the required magnetic fields are also generated in different ways for each motor. In addition to strong permanent magnets, electromagnets are also used depending on the intended use. In the simplest case, a coil of copper wire is wound over an iron core made of sheet metal plates to generate the required magnetic field.
When using permanent magnets, this is called a permanent magnet motor. The main advantage of a permanent synchronous motor is that there are virtually no losses in the rotor because, in contrast to asynchronous machines, no currents flow in the rotor. The reluctance motor, on the other hand, works with the attractive force of magnets on iron, as is known from kitchen magnets, for example.
Permanent magnet motors are used in particular where a high power-to-weight ratio is required and where only limited installation space is available. Mention should be made here of the automotive industry, electric motors, turbo runners and where particularly high efficiency is important, which the permanent magnet motor offers.
Basically, here is betweene-car-Motors and the engines for e-two-wheelers such asScooter,Scooters orPedelecs. In the following article we will introduce you to the most popular types of engines and their special features.
Types of electric motors – what are there?
There are now many different types of electric motors. The most important difference between the individual types is the power supply. It is determined during the design whether the engine will be includedSamehstrom,Alternating current or must be powered by three-phase current.
But the required magnetic fields are also generated in different ways for each motor. In addition to strong permanent magnets, electromagnets are also used depending on the intended use. In the simplest case, a coil of copper wire is wound over an iron core made of sheet metal plates to generate the required magnetic field.
When using permanent magnets, this is called a permanent magnet motor. The main advantage of a permanent synchronous motor is that there are virtually no losses in the rotor because, in contrast to asynchronous machines, no currents flow in the rotor. The reluctance motor, on the other hand, works with the attractive force of magnets on iron, as is known from kitchen magnets, for example.
Permanent magnet motors are used in particular where a high power-to-weight ratio is required and where only limited installation space is available. Mention should be made here of the automotive industry, electric motors, turbo runners and where particularly high efficiency is important, which the permanent magnet motor offers.
Basically, here is betweene-car-Motors and the engines for e-two-wheelers such asScooter,Scooters orPedelecs. In the following article we will introduce you to the most popular types of engines and their special features.
Types of electric motors – what are there?
There are now many different types of electric motors. The most important difference between the individual types is the power supply. It is determined during the design whether the engine will be includedSamehstrom,Alternating current or must be powered by three-phase current.
But the required magnetic fields are also generated in different ways for each motor. In addition to strong permanent magnets, electromagnets are also used depending on the intended use. In the simplest case, a coil of copper wire is wound over an iron core made of sheet metal plates to generate the required magnetic field.
When using permanent magnets, this is called a permanent magnet motor. The main advantage of a permanent synchronous motor is that there are virtually no losses in the rotor because, in contrast to asynchronous machines, no currents flow in the rotor. The reluctance motor, on the other hand, works with the attractive force of magnets on iron, as is known from kitchen magnets, for example.
Permanent magnet motors are used in particular where a high power-to-weight ratio is required and where only limited installation space is available. Mention should be made here of the automotive industry, electric motors, turbo runners and where particularly high efficiency is important, which the permanent magnet motor offers.
Basically, here is betweene-car-Motors and the engines for e-two-wheelers such asScooter,Scooters orPedelecs. In the following article we will introduce you to the most popular types of engines and their special features.