Inel Valencia/Alicante

Electric vs Pneumatic

Improving the energy balance

Switch to the servo and pneumatic systems leave energy intensive! In this way one can reduce the cost of energy up to 35%. How? Due to the greater efficiency of servo drives, the amount of filtered air – a major cause of costs – is minimized and less energy is consumed.

Increase energy efficiency: saving can be that easy.

There are a number of parameters that determine the energy efficiency of the drives. So there are also numerous starting points for increasing energy efficiency. But not all outcome measures are commensurate with the effort involved. First it is necessary to conduct a detailed analysis of the mechanical process and its energy needs, in order to determine the measures to be truly effective and therefore are reasonable. This is the principle we apply our Lenze BlueGreen Solutions.

Our result:

  • The greatest potential for increasing energy efficiency in the provision of smart energy (75%)
  • It follows the use of drive components in high yield (15%)
  • It also offers the potential use of braking energy (10%)

To increase the energy efficiency of the drives, we apply three premises:

  • Using electric power intelligently
  • Transforming high performance energy
  • Harnessing the energy of braking

More information on page Lenze

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Electric vs Pneumatic

sonda inmersión

Improving the energy balance

Switch to the servo and pneumatic systems leave energy intensive! In this way one can reduce the cost of energy up to 35%. How? Due to the greater efficiency of servo drives, the amount of filtered air – a major cause of costs – is minimized and less energy is consumed.

Increase energy efficiency: saving can be that easy.

There are a number of parameters that determine the energy efficiency of the drives. So there are also numerous starting points for increasing energy efficiency. But not all outcome measures are commensurate with the effort involved. First it is necessary to conduct a detailed analysis of the mechanical process and its energy needs, in order to determine the measures to be truly effective and therefore are reasonable. This is the principle we apply our Lenze BlueGreen Solutions.

Our result:

  • The greatest potential for increasing energy efficiency in the provision of smart energy (75%)
  • It follows the use of drive components in high yield (15%)
  • It also offers the potential use of braking energy (10%)

To increase the energy efficiency of the drives, we apply three premises:

  • Using electric power intelligently
  • Transforming high performance energy
  • Harnessing the energy of braking

More information on page Lenze