New Technology Leads the Way
to Saving Energy, Time and Money
WEG W23 Sync+ Ultra
Motor Technologies
Induction motors have long been the go-to choice for industrial applications, prized for their affordability and reliability. However, their dominance faces challenges from emerging technologies driven by stricter efficiency regulations, heightened awareness of energy efficiency’s importance. While induction motors can achieve efficiencies surpassing IE4 standards, permanent magnet (PM) and synchronous reluctance (SynRM) motors have pushed boundaries, achieving efficiencies surpassing IE5 levels.
In a climate increasingly focused on energy efficiency and environmental stewardship, WEG has introduced a new hybrid innovation that merges PM and SynRM motor technologies, achieving IE6 and beyond efficiency levels.
WEGSEE+
Expand Your Vision of Energy Efficiency
WEGSEE+. This powerful software tool promises to revolutionize companies' approach to energy management, offering a comprehensive and innovative solution for project analysis and optimization.
Equipped with advanced simulation and analysis capabilities, WEGSEE+ enables users to measure the potential for energy savings, calculate the return on investment and evaluate the potential to avoid or reduce GHG emissions and thus make strategic decisions to optimize resources. This platform goes beyond conventional tools, providing valuable insights that drive sustainability and operational efficiency in organizations of all sizes and industries.
WEGSEE+ is not just a tool; it is a complete solution for companies seeking to maximize energy efficiency, reduce operating costs and achieve sustainability goals. With an intuitive interface and comprehensive features, it simplifies the analysis of energy efficiency projects, providing informed guidance for making strategic decisions.
Motion Fleet Management
Condition Monitoring for your Assets
With the WEG Motion Fleet Management it is possible to know the operational status of motors and drives (inverters and soft-starters) of low and medium voltage, gearboxes, gearmotors, compressors among other assets, which are applied in any type of industry or installation. Through periodic data collection and advanced data processing, both at the edge and in the cloud, valuable insights are generated. This way, it is possible to establish predictive maintenance plans, observing the operational condition of the fleet (condition-based maintenance). This approach reduces the number of unplanned stops, optimizes repair actions, and speeds up the decision making process for the operation and maintenance team. The end result is increased availability and reduced total cost of ownership (TCO) of the drive fleet.