Motor driven system and components energy efficiency and loss determination
Connect to the worldwide motor community to contribute and use timely intelligence
Meet operational water demands while saving energy expense
Systematically identify motor non-conformity performance and initiates corrective actions
Comparison of actual motor portfolio performance vs. SIC, Design, and OEM Market
Prioritize effort and resources with highest run times and potential impact
Read what our customers are saying
Operations & Maintenance Manager at Des Moines Metropolitan WRA
"Motors consume a large portion of a water and waste water operations electrical energy. Motor-driven assets must be a major focus of attention in any program to reduce energy and CO2 emissions and within the water and waste water operations a cornerstone of any efficiency program. Taking a life cycle approach to motor management is essential to optimizing efficiency. Motors@Work™ will be critical to us accomplishing our efficiency objectives."
Des Moines Water Works CEO & General Manager
“Motors@Work™ is an integral part of our energy and asset management convergence strategy. The DMWW Enterprise Asset Management (EAM) application has an asset-specific structure. It manages each asset as either an individual item (like a motor), or as a group (like a pumping system). A sustainability (energy and carbon management) program needs this asset-specific approach to identify those assets and systems that need improvement, and the ones that are operating at optimal performance. The DMWW believes that energy convergence with EAM is the best application space for managing energy and carbon footprint. It is no longer a viable asset management strategy to simply manage one’s assets for optimal performance, today the moral mandate is to mange one’s assets for optimal performance at the least energy cost and environmental impact.”
Motors and motor driven equipment account for 1 out of every 4 kWh consumed worldwide.
Initiate corrective actions based on certified operational analytics, applicable standards, commercial market availability, and pre-defined legacy applications configurations and integrations.
Increase motor driven system efficiency by 20% to 30%, saving electricity, extending the life of your equipment, and complying with regulatory and environmental mandates.
Motors@Work provides motor driven system intelligence, using the latest technology, where it is needed, when it is needed, to whom needs it.
Verify and validate your motor driven system efficiency countermeasures and program performance internally and against your worldwide peers
Motors@Work Web Application
Motor-‐driven equipment accounts for over 60% of the electricity consumed worldwide in industrial and motor intensive commercial operations. This amounts to 6.75 trillion kWh, or approximately 1 out of every 4 kWh.
Increase motor driven system efficiency by 20% to 30%, saving electricity, extending the life of your equipment, and complying with regulatory and environmental mandates.
Whether you have a dozen motors or thousands, Motors@Work™ pricing provides the flexibility and scalability to meet your needs.
With Motors@Work™ you will know exactly how your motor‐driven equipment uses energy. Motors@Work™ provides the information and intelligence that will save you energy, reduce maintenance costs, optimize your operations, and improve your motor driven system asset performance -- savings which go right to the bottom line.
