Emerson has launched its new Energy Manager solution, a pre-engineered hardware and software offering designed to simplify industrial electricity monitoring with quick setup and intuitive operation. The Energy Manager solution monitors asset energy use in real time, allowing manufacturers to gain deeper insight into energy consumption and operating costs, lowering carbon dioxide (CO2) emissions and maximizing energy and operational efficiency.
Emerson’s Energy Manager solution provides energy measurements in real time, allowing plant managers to quickly view detailed values and see savings opportunities, such as idle consumption and peak loads. The software’s dashboard provides asset-specific energy use, associated costs and CO2 emissions for up to 10 end points (expandable to 50 endpoints with a license).
This level of visibility gives organizations greater control to identify idle machines and optimize machine schedules during off-peak hours, reducing electricity use across the plant floor and significantly lowering overall utility costs. Most facilities can reduce energy waste up to 10-30% and carbon emissions by up to 15-30%.
Highly scalable and easy to integrate with new or existing energy meters, the Energy Manager solution makes it easy to commission and quickly realize return-on-investment. The software is available either pre-installed on edge hardware, such as the PACSystems™ RXi2-BP industrial PC, or as a stand-alone application that can be installed in a virtualized environment.
“Reliable, accurate monitoring of energy costs and emissions is becoming invaluable to organizations,” said Eugenio Silva, intelligent automation product manager with Emerson’s discrete automation business. “Our new Energy Manager solution gives operators, facility managers and corporate sustainability teams greater visibility and deeper understanding of energy consumption and operating costs at all times. This can better position companies to track and reach targets, comply with regulations, and reliably reduce environmental impact.”
