|
Hearken to this text |
Effectivity and sustainability have gotten more and more necessary to industrial automation customers. ABB Robotics in the present day launched an Power Effectivity Service to supply producers with a package deal of session, evaluation, and instruments to extend the power effectivity of their robots.
The service provides as much as 30% power financial savings, claimed the firm. It famous that top power prices hinder the competitiveness of 58% of surveyed international producers, in response to a latest Power Effectivity Motion report.
“Lowering power consumption is a precedence for producers, with over 93% surveyed stating they’ll spend money on power effectivity enhancements within the subsequent three years to cut back prices and reveal progress in the direction of extra sustainable operations.” mentioned Michael Hose, managing director of ABB Robotics’ customer support enterprise line.
“Our new service will determine methods to attain these goals by optimizing robotic power effectivity, together with fine-tuning efficiency and utilizing the newest robotic applied sciences,” he mentioned.
Click on right here to enlarge. Supply: ABB Robotics
Measuring power waste has been difficult
Gauging the power effectivity of industrial robots has historically been a posh process, involving measuring a number of electrical elements, mentioned ABB Robotics. It has additionally been troublesome to gauge the impression of things corresponding to inefficient setup, part sizing, overloading, and utility modifications that may have an effect on a robotic’s efficiency.
ABB Robotics mentioned its Power Effectivity Service will handle these challenges by combining its 50 years of commercial robotics expertise with a set of power measurement instruments. The corporate mentioned its objective is to supply a straightforward solution to assess and optimize robotic energy effectivity.
Click on right here to enlarge. Supply: ABB Robotics
Power Effectivity Service contains three instruments
The suite options three primary instruments: Standby Power Optimization, Program Optimization, and Power Monitoring and Benchmarking.
Prospects can use the exterior Standby Power Optimization device to evaluate the actual power consumption of their robots and controllers. ABB makes use of information gathered by the device to generate a report with recommendation on methods to save lots of power and proposals for additional steps for fine-tuning efficiency.
The Program Optimization device analyzes a robotic’s working program to spotlight areas the place enhancements could be made to save lots of power. Utilizing backup information from the robotic, the device identifies measures corresponding to adjusting the robotic’s programmed pace or movement paths that may enhance efficiency and cut back power.
The Power Monitoring and Benchmarking device allows steady monitoring of robotic power consumption and comparability, mentioned ABB. It supplies information on power consumption with suggestions for bettering efficiency and comparisons with robots in comparable purposes.
Click on right here to enlarge. Supply: ABB Robotics
ABB Robotics to investigate upgrades
The brand new Power Effectivity Service can even present an evaluation on the consequences of upgrading to new applied sciences providing energy-saving options.
As an illustration, ABB asserted that its next-generation OmniCore robotic controller provides best-in-class movement management, in addition to 20% power financial savings by way of options together with energy re-generation expertise and brake power restoration.
“The Power Effectivity Service is the newest improvement in ABB’s technique to assist companies to rework their sustainability by utilizing automation to optimize processes and decrease waste,” mentioned the corporate.
Editor’s notice: John Bubnikovich, president of ABB Robotics U.S., will take part in a keynote panel on “Driving the Way forward for Robotics Innovation” at RoboBusiness 2024, which might be on Oct. 16 and 17 in Santa Clara, Calif. Register now to attend.
