Why you should choose a motor with a higher level of energy efficiency?

Motors | Bernati | Electro Adda

Electric motors have a very high energy cost due to the amount of energy they require to convert electrical energy into mechanical energy. Today, these devices are responsible for more than half of the world's industrial energy consumption.

Fortunately, to face this problem, there are electric motors with increased energy efficiency. These motors are characterized by their ability to achieve the same power as a normal motor, but with much lower energy consumption. We will show you why you should choose an electric motor with a higher level of efficiency.

Replacing an electric motor with one that has a higher level of efficiency can lead to very positive results, since they provide a good level of energy savings. Electric motors already have the advantage of making good use of the electrical energy they receive, so a motor with increased energy efficiency can do this even better. In addition, they also contribute to the reduction of gas emissions into the atmosphere, to the conservation of natural resources, and in general to the preservation of the planet.

When most people think of high-efficiency motors, they think of energy savings and reduced operating costs. Using energy-efficient motors reduces your operating expenses, but that is only one of many benefits.

One issue that deserves careful consideration is the high initial cost of a more energy-efficient unit. The initial cost of an energy-efficient unit is often recovered in a short period of time when the motor runs under normal conditions. As long as the unit remains in operation, it continues to save money.

Another factor to consider is the higher standards of energy-efficient motors, including materials and manufacturing techniques. As a result, an energy-efficient unit has a longer service life than a normal unit.

When should you consider buying an energy-efficient motor?

    Energy efficient motors should be considered in the following circumstances:

    1. For all new installations
    2. Changes/modifications in production plants or processes
    3. In the replacement of less efficient motors that have broken down
    4. In any other case where replacement is justified, analyzing the cost/benefit ratio.

    Finally, it should be noted that electric motors are responsible for 40% of energy consumption worldwide and 70% of the energy consumption of industries. For these reasons and for all those already mentioned above, energy-efficient electric motors become an asset to any industrial sector. These types of motors are classified into different energy classes - IE1, IE2, IE3, IE4, IE5 - which indicate the level of efficiency of each motor.

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    For more information, please contact Reiman's specialized team.

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