TALK KEYWORD INDEX
This page contains an index consisting of author-provided keywords.
| 6 | |
| 6 Sigma methodology | |
| A | |
| ABB | |
| ac induction machine | |
| accelerate adoption of higher efficiency motor | |
| Active magnetic bearings | |
| adapter frame | |
| additional load losses | |
| AI | |
| Air compressor | |
| air leakage | |
| alignment test standards | |
| Alternator | |
| analytical calculation | |
| application- oriented optimization of drives | |
| artificial intelligence | |
| Asynchronous motors | |
| augemented reality | |
| automatic differentiation | |
| automized finite element simulation | |
| avoided emission | |
| Axial Flux Motor | |
| axial motor | |
| B | |
| B2B | |
| B2C | |
| Back-to-back testing | |
| Barriers | |
| Bearingless PM motor | |
| Brazilian Energy Policy | |
| Bulk procurement model replicated | |
| C | |
| Carbon Emission Reductions | |
| Carbon footprint | |
| CEMEP | |
| central refrigerated cabinets | |
| Centrifugal pump | |
| CFD | |
| challenges and barriers in the adoption of higher efficiency motor | |
| challenging task of reducing carbon emissions | |
| China | |
| circular economy | |
| Circularity | |
| cloud | |
| cloud-based services | |
| CO2 emissions | |
| Communication Education and Capacity Building campaign | |
| comparison of test standards | |
| comprehensive energy conservation effort | |
| compressed air | |
| Compressed Air Systems | |
| compressor | |
| compressor characteristic map | |
| compressor testing | |
| compressor types | |
| computation of electric machines | |
| Condition monitoring | |
| cooling fan | |
| coordination and alignment | |
| Copper | |
| copper rotor | |
| Critical to quality | |
| CSA C390 | |
| D | |
| delta-connected machines | |
| Demand Aggregation model in energy efficient products | |
| Department of Energy | |
| DFSS | |
| Digital Twin | |
| digital twins | |
| digitalisation | |
| digitalization | |
| DOE | |
| DPNV | |
| drive system | |
| Drive Train | |
| Drives | |
| durability | |
| dynamic system analysis | |
| E | |
| ECL | |
| Ecodesign | |
| Ecodesign for Sustainable Regulation | |
| EEMODS'24 | |
| efficiency | |
| Efficiency classes | |
| efficiency determination | |
| Efficiency level | |
| efficiency prediction | |
| efficiency requirements | |
| electric drive | |
| electric machine | |
| electric motor | |
| Electric Motor Regulations | |
| Electric motors | |
| electrical machines | |
| Electromagnetic steel | |
| EMSA | |
| Energy audits | |
| energy consumption | |
| energy consumtion reduction | |
| Energy cost of wear | |
| Energy efficiency | |
| energy efficiency cheapest fuel | |
| Energy Efficiency Network | |
| energy efficiency of electric motors | |
| Energy Efficiency Policies | |
| Energy Efficiency Standard | |
| Energy Efficiency Standards | |
| Energy labeling | |
| Energy Management Systems | |
| Energy monitoring | |
| Energy Performance Contracting (EnPC) | |
| energy saving | |
| Energy savings | |
| energy savings potential | |
| Energy Service Companies (ESCOs) | |
| Energy-efficient motor-driven systems | |
| Enforcement | |
| Environmental benefit | |
| environmental objectives | |
| Environmental Sustainability | |
| EPA | |
| ESG | |
| ESPR | |
| EU | |
| EU Green Deal | |
| European commission | |
| Europump | |
| evaluation tools | |
| Extended Product | |
| extended product approach | |
| F | |
| fan | |
| fan drive | |
| FEM | |
| flexible foundation | |
| G | |
| Generation mix | |
| GHG emissions | |
| Global Test Standards | |
| green procurement | |
| Guide | |
| Guideline | |
| H | |
| Hardware in the loop | |
| Harmonization test standards | |
| high efficiency | |
| High-speed centrifugal compressor | |
| HIL | |
| housekeeping | |
| I | |
| IE3 | |
| IE4 | |
| IE4/IE5 motors | |
| IEC 60034-2-1 | |
| IEC 60034-2-3 | |
| IEC 60034-30-1 | |
| IEEE 112 | |
| Improved penetration of Clean Energy Transition products | |
| Incentives | |
| India 3rd largest consumer | |
| Induction motor | |
| Induction motor efficiency | |
| Industry 4.0 | |
| industry accounted for approximately 42 percent of total electricity consumption in India | |
| info | |
| intelligent drives | |
| intergrated drive | |
| internet of things | |
| Inverter driven machines | |
| IoT | |
| ISO standard | |
| IT/OT integration | |
| K | |
| KSB | |
| L | |
| Laboratory tests | |
| Land use | |
| Life Cycle Assessment | |
| Life cycle cost | |
| lifecycle | |
| Lifelong Learning | |
| line-start synchronous reluctance motor | |
| losses | |
| low cost | |
| Luzern | |
| M | |
| machine learning | |
| Magnetic characterizations | |
| Mandatory inclusion under procurement policy of large corporate | |
| Manufacturer | |
| Material efficeincy | |
| Material efficiency | |
| Material efficiency aspects | |
| Maximum efficiency control | |
| Maximum torque per ampere control | |
| mechanical integration | |
| MEPS | |
| minimum efficiency performance standards | |
| ML | |
| model assisted development | |
| model regulation | |
| modelling | |
| Motor | |
| motor design | |
| Motor efficiency | |
| motor efficiency requirements | |
| Motor finite element analysis | |
| motor losses | |
| Motor replacement | |
| motor systems | |
| Motors | |
| N | |
| Nanocrystalline soft material | |
| National Motor Replacement Programme | |
| NBR 17094-3 | |
| new efficient electrical motor systems and markets | |
| New motor technologies | |
| numerical vibration assessment | |
| O | |
| on-premise | |
| Operating Deflection Shape | |
| optimization | |
| P | |
| Pay back analysis | |
| PCR | |
| PDS Efficiency | |
| PED | |
| Performance | |
| Performance bechmarking | |
| plug-in cabinets | |
| Policies | |
| Policies Programmes and Financing | |
| Policy | |
| policy instrument | |
| poor efficiency of the substandard motors | |
| Power Index | |
| power plant | |
| predictive maintenance | |
| product and systems’ life cycles | |
| Product Specific Rules | |
| productivity | |
| Programmes and Financing | |
| PSR | |
| pump | |
| Q | |
| quantification | |
| R | |
| radial fan | |
| Rate of wear | |
| Raw material usage | |
| Recyclability | |
| Reduced order model | |
| Regulation | |
| Regulations | |
| Regulatory Process | |
| Reliability | |
| repairability index | |
| Replacement | |
| resource | |
| Rewinding electrical machines | |
| Right to repair | |
| rotating machinery | |
| S | |
| seasonal efficiency | |
| SFOE | |
| share for IE3 has crossed 30 percent with NMRP | |
| Siemens Efficiency | |
| Simulation | |
| Single phase electric motors | |
| Skills development | |
| soft magnetic composite | |
| software defined drive | |
| special prices and better terms for motors procured | |
| Specific energy | |
| specific performance | |
| speed variability | |
| star-connected machines | |
| successful application of drives | |
| supermarket | |
| supporting policies | |
| sustainability | |
| sustainable economy | |
| Synchronous motors | |
| Synchronous Reluctance Motor | |
| system design | |
| system efficiency | |
| system standards | |
| T | |
| temperature correction | |
| test methods | |
| test rig | |
| Tool | |
| torque prediction | |
| torque ripple | |
| transient flow | |
| transparency | |
| U | |
| Ultrasonic detection | |
| uncertainty Quantification | |
| United States | |
| uptime | |
| V | |
| Validation | |
| value | |
| Value management | |
| variable flow operation | |
| variable frequency drive system | |
| variable speed | |
| Variable speed drive | |
| variable speed drives | |
| Variable Speed Savings | |
| VDMA | |
| VFD | |
| virtual sensor | |
| VSD | |
| W | |
| Welcome | |
| wireless IoT smart sensors | |
| Wireless sensors | |