Green Growth Strategy Towards 2050 Carbon Neutrality and the Effect of Top Runner Motor (IE3) Regulation in Japan
Validation Research on Iec 61800-9-2 and 60034-2-3
Power Index Calculation Procedure - Standard Rating Methodology for Motors, Power Drive Systems, and Complete Drive Modules
Reduced Order Model for Bearingless PM Motor
Optimizing Alternator Performance: Harnessing the Power of Design for Six Sigma (DFSS) Applied on Electrical Generation.
Industrialization of the French Repair Index – Overview of the Regulations, Analysis of the B2C Constraints and Conclusion
Extrapolation of Losses and Efficiency in Fieldweakening and Overload Range for Delta- and Star-Connected Electrical Machines Based on IEC 60034-2-3
Combing Predictive Maintenance and Energy Optimization for Fast ROIs
Study of Power Consumption Saving on Cooling Fans with Variable Speed Applied on Force Ventilated Electric Motors
Supporting the Energy Transition in the Electric Motor Sector Through EMSA, the IEA 4E Electric Motor Systems Platform (EMSA)
Axial Flux Motor Using Nanocrystalline Soft Magnetic Material
Barriers and Solutions to Increase Energy Efficiency of Electric Motor Systems by Digitalisation
Compressed Air System Optimization
Efficiency Improvement Potential of Inverter Driven Electrical Motors
Efficient Operation of Centrifugal Pumps
Experimental Study of Air Leakages Using Three Different Ultrasonic Microphones
Rewinding Electrical Machines to Maintain Efficiency and Performance
Smart Drive Test Bench for Instructional Purposes
Quantifying the Benefits and Costs of Energy Audits Based on Measurements with an Energy Monitoring System of the Relevant Electricity Consumers of Industrial Sites Compared to Classical Audits
Development of a Virtual Sensor for Torque Prediction in Electric Machines by Machine Learning Methods and Physical Modeling
The Air Compressor Energy Efficiency Standards of China
Energy Efficiency Standardization for the Integrated Compressed Air Equipment (ICAE) in China
Circularity - No Time to Waste
A Collaborative Approach to Shaping the Future of the United States Motor Market
Energy-Efficient Back-to-Back Testing of Synchronous Reluctance Motors
Energy Consumption of Digitalisation in Motor Systems
Variable Speed Drives in Electric Motors: Quantification of the Energy Saving Potential in the EU
Real Time Simulations of Drive Trains in Industrial Applications
Electric Motor Consumption and Condition Monitoring with IoT
Efficient Uncertainty Propagation for Electric Machine Computation
How ISO and IEC Work Together to Design Energy Efficient Electric Motor Driven Systems
Electric Motor Energy Consumption Estimation with Wireless IoT Sensor and 6 Sigma Validation
Improvement of China’s Energy Efficiency Standards for Electric Motors and Its Impact on Carbon Emissions
Digitalisation Benefits with VSD Controlled Applications Compared to Traditional Approach
Maximizing Electric Motor Energy Savings Under Real-World Conditions and Constraints
Design and Investigation of an Axial Flux Motor with SMC as a Fan Drive
Digital and Wireless Operating Deflection Shape (ODS) for Assets Condition Monitoring
Policies for Accelerating the Global Adoption of Efficient Electric Motor Systems
Single-Phase Induction Motors and the Challenge of Energy Efficiency in Brazil: a Critical and Proposed Analysis
Structural Dynamics Assessment of Variable Frequency Drives Supported by Flexible Foundation Structures Under Consideration of Mechanical and Electromagnetic Excitation
Software Defined, Variable and Completely Integrated Drive
Analysis and Comparison Between the IEC 60034-2-1 X IEEE 112 X CSA C390 X NBR 17094-3 Standards for Calculating the Efficiency of Three-Phase Induction Motors Using the Loss Segregation Method.
The Real Way for Energy Saving
The Environmental Impact of Every MWh of Electricity Losses over the next 20 Years in the EU (ICA) - Its Relevance for Motor MEPS
Policy Recommendations to Accelerate the Replacement of Old Electric Motors in the EU
Motor Design Strategies in View of the EU Ecodesign Revision
Finding the Right Balance Between Material Use and Efficiency Levels for Electric Motors, Proposing a New Generation of Solutions.
Advancing Energy Efficiency in Motor-Driven Systems with Digital Skills Development Through a Novel Educational Framework