AUTOMATIC ALARMS EMISSION
ONLINE REAL-TIME MONITORING
APPLICABLE TO ALL ELECTRIC MACHINES
MOTORS CONDITION MONITORING
ELECTRIC MOTORS ARE THE INDUSTRY WORKHORSE!
Enging’s MCM solution is specially developed to monitor electric motors through a completely different deterministic method, while using a non-invasive approach.
Based on a mathematical algorithm and only using electrical variables, Enging´s MCM solution integrates an online asset condition monitoring platform, ePreditMntc®, that allows for remote, online and real-time diagnostic analysis of the electric motor’s operating conditions
Through an early fault detection, the ePreditMntc® platform, allows to optimize and increase the electric motors’ efficiency and reliability.
This solution does not rely on machine learning techniques, and therefore, does not need large data sets, training or any kind of complex configurations. It also does not need specialized technicians and all data can be seen in real-time. It presents a great flexibility to configure and receive alarms related to incipient fault detection, providing, simultaneously, access to an historical trend and statistical analysis.
TRANSFORMERS CONDITION MONITORING
POWER TRANSFORMERS PLAY A CRITICAL ROLE IN POWER SYSTEMS.
Enging’s TCM solution is a fully integrated approach to monitor one of the most valuable assets in an electrical grid or in the industry: power transformers. These solutions rely on a completely different deterministic method, based on a mathematical algorithm and using only electric variables as inputs.
This solution, based on the latest IIoT technologies, integrates an online asset condition monitoring platform, ePreditMntc®, that allows for remote and real-time diagnostic analysis of power transformer’s operating conditions.
Since failures in power transformers may strongly influence the electric power system performance, the early fault diagnosis through the ePreditMntc® platform, enables to reduce the unintentional stoppages and increase the efficiency and reliability of power transformers.
The TCM solution does not require specialized technicians and all data can be seen in real-time. It presents a great flexibility to configure and receive alarms related to incipient fault detection, providing, simultaneously, access to an historical trend and statistical analysis.
OPEN-PHASE FAULT DETECTION
TO PROVIDE MORE SAFETY IN NUCLEAR POWER PLANTS
Enging’s OP-TCM system is a fully integrated solution to solve a problem that has appeared in the nuclear power industry: the need to detect open-circuit faults in auxiliary power transformers serving nuclear generating stations. The developed system is capable of detecting these specific fault cases in both unloaded and loaded conditions.
The diagnostic is achieved by acquiring and processing electrical variables to provide a clear indication and localization of an open-phase fault scenario. The extremely low current levels could be measured with the conventional current transformers, already installed in the substation, with a non-invasive system and without investment in new measurement devices.
When a fault occurs, the system is able to send an alarm to the control room of the power plant.
This system is independent of the transformer’s ratings, core construction and load level, being therefore applicable to all power transformers’ types.