New report challenges simplistic claims for energy efficiency in automation processes
Festo has published a new report which evaluates energy efficiency measures in the automation and positioning technology fields. The report helps manufacturers to better understand and identify methods, tools and the alternative advantages of pneumatic and electric drive technologies for improving energy efficiency in automation processes.
The report provides a simple introduction to the subject of efficiency with pneumatic and electric drives. The paper has been produced as part of a joint ‘EnEffAH’ project, part of the German Government’s energy research programme, and clearly outlines a broad range of technical and organisational topics. It explores the basic principles and measures for increasing energy efficiency and shows that the correct selection of technology (effectiveness) and the correct operation (efficiency) are critical.
“Energy is an ever-more important issue and this guide is an excellent opportunity to become acquainted with pneumatic and electric drives systems as a whole,” says Steve Sands, Product Manager at Festo. “The research shows that the requirements of the application entirely determine the right technology mix for energy efficiency.”
“As one of the leading automation technology companies, we have a deep understanding of both pneumatic and electric drive technologies. Through this report we can share our knowledge to help our customers make informed decisions on the correct selection of technology to maximise their energy efficiency.”
Steve concludes: “There are no quick-fix solutions for increasing energy efficiency, as it must be viewed in an overall context. Trying to save money at a component level without considering the overall system is in-effective and parameters must be looked at in detail to provide lasting efficiencies and savings. Life time costs really must be considered; it makes no sense for it to take 10 years to achieve a payback on an initial investment through improved efficiency if the expected life of the machine is only five years! Selecting the right measures and using drive technology correctly, means notable energy and cost savings can and must be reached.”